| 231-252 | Quantum detection and estimation theory | Carl W. Helstrom |
| 253-269 | The effect of lattice vibrations on trap-limited exciton lifetimes | Richard A. Elliott, Katja Lakatos and Robert S. Knox |
| 271-296 | Mathematical problems of modeling stochastic nonlinear dynamic systems | Richard E. Mortensen |
| 297-311 | A variational principle for boundary value problems in kinetic theory | Carlo Cercignani |
| 313-318 | A precise upper limit for the correctness of the Navier-Stokes theory with respect to the kinetic theory | C. Truesdell |
| 319-350 | On learning and energy-entropy dependence in recurrent and nonrecurrent signed networks | Stephen Grossberg |
| 351-375 | The translation-rotation paradox in the nucleation theory | Ryoichi Kikuchi |
| 377-381 | Prospectus | H. Reiss |
| 383-391 | A new theorem of information theory | Arthur Hobson |
| 393-414 | Entropy, information theory, and the approach to equilibrium of coupled harmonic oscillator systems | Manuel A. Huerta and Harry S. Robertson |
| 415-466 | The electrodynamics and statistical mechanics of linear plasma response functions | K. I. Golden and G. Kalman |
| 467-474 | Entropy and irreversibility in a dilute gas of hard disks | J. Orban and A. Bellemans |
| 475-516 | New applications of Wiener integrals to engineering and physics | Michael Schilder |
| 517 | Book review | R. P. Futrelle |
| 519 | News |
| 521-558 | The Boltzmann equation for a polyatomic gas | David K. Hoffman and John S. Dahler |
| 559-562 | On the theory of brownian motion. III. Two-body distribution function | Robert M. Mazo |
| 563-570 | On the theory of fluctuations in continuum systems | Agnessa Babloyantz and G. Nicolis |
| 571-584 | On the incoherent scattering of an acoustic or electromagnetic wave | Arnold D. Seifer |
| 585-593 | Velocity-space contours of collision integrals | R. Narasimha, S. M. Deshpande and P. V. Subba Raju |
| 595 | Questions and answers | Michael G. Clark |
| 597-599 | News | |
| 601-608 | Prospectus | H. Reiss |
| 1-19 | Decay of correlations. III. Relaxation of spin correlations and distribution functions in the one-dimensional ising lattice | Dick Bedeaux, Kurt E. Shuler and Irwin Oppenheim |
| 21-51 | On linearized hydrodynamic modes in statistical physics | P. Résibois |
| 53-59 | Statistical dynamics | A. Tate |
| 61-81 | Boltzmann equation and angular momentum conservation | M. W. Thomas and R. F. Snider |
| 83-104 | Treatment of droplike clusters by means of the classical phase integral in nucleation theory | H. Reiss |
| 105-106 | Book review | Hiroshi Satō |
| 107-111 | News | |
| 113-117 | Prospectus | H. Reiss |
| 121-136 | On the statistics of a three-dimensional gas of long thin rods | Katja Lakatos |
| 137-146 | The critical supersaturations predicted by nucleation theory | Joseph L. Katz |
| 147-152 | The accuracy of the approximations in classical nucleation theory | E. Richard Cohen |
| 153-194 | Consolidated expansions for estimating the response of a randomly driven nonlinear oscillator | J. B. Morton and S. Corrsin |
| 195-197 | Francis Bitter and “Landau diamagnetism” | Stephen G. Brush |
| 199-200 | Book reviews | H. L. Frisch, A. J. Tether and C. F. Martin |
| 201 | Questions and answers | D. Sher |
| 203-204 | News | |
| 205-209 | Prospectus | H. Reiss |
| 213-232 | A new approach for the justification of ensembles in quantum statistical mechanics — I | Joel E. Keizer |
| 233-249 | A new approach for the justification of ensembles in quantum statistical mechanics — II | Joel E. Keizer |
| 251-265 | A kinetic theory of diffusely reflecting Brownian particles | W. G. N. Slinn, S. F. Shen and R. M. Mazo |
| 267-277 | Kinetic equations for autocorrelation functions in dilute gases | W. R. Chappell |
| 279-289 | Statistics of a random plus constant vector with application to acoustic and electromagnetic-wave scattering | Arnold D. Seifer and Melvin J. Jacobson |
| 291 | News | |
| 293-297 | Prospectus | H. Reiss |
| 301-304 | Approximate calculations for the two-dimensional Ising model | Frank A. Blood |
| 305-322 | A fluctuation-dissipation relation and its applications to thermodynamic fluctuations in superconducting cylinders | M. C. Leung |
| 323-328 | On the macroscopic theory of temperature-dependent van der Waals forces | Barry W. Ninham, V. Adrian Parsegian and George H. Weiss |
| 329-346 | Fluctuations in the population of the ground state of Bose Systems | I. Fujiwara, D. ter Haar and H. Wergeland |
| 347-378 | On the detectabillity limit of coherent optical signals in thermal radiation | Reo Yoshitani |
| 379-385 | Hall coefficient in solution for a simple dynamical model | S. Harris |
| 387 | Book review | Robert B. Griffiths |
| 389-390 | News | |
| 391-395 | Prospectus | H. Reiss |
| 1-16 | A contribution to the equation of state of fluids at low temperatures based on thermodynamic Green's functions | Henri R. Leribaux |
| 17-34 | On the use of variational methods for solving Boltzmann equations involving non-Hermitian operators | L. E. G. Ah-Sam, H. HØjgaard Jensen and H. Smith |
| 35-38 | Molecular dynamics of two-dimensional gases with realistic potentials | Herman W. Harrison and William C. Schieve |
| 39-46 | Linear response theory for systems obeying the master equation | Dick Bedeaux, Sava Milosevic and Gerald Paul |
| 47-68 | Existence theory of the linear equations appearing in the Chapman-Enskog solutions to two kinetic equations for liquids | H. Ted Davis and Marc O. Baleiko |
| 69-86 | Thermoelastic properties of helical protein molecules | H. Reiss |
| 87-89 | On a reconsideration of classical nucleation theory | A. G. Bashkirov and A. G. Sutugin |
| 91-92 | On the dependence of the condensation coefficient on surface curvature | A. G. Sutugin |
| 93 | News |
| 95-125 | Spiking threshold and overarousal effects in serial learning | Stephen Grossberg and James Pepe |
| 127-133 | The closure approximation in the hierarchy equations | G. Adomian |
| 135-147 | Statistical mechanical transformation theory for quantum systems with discrete spectra | J. Rae and R. Davidson |
| 149-169 | Molecular derivation of the hydrodynamic equations for a binary fluid | R. H. Trimble and J. M. Deutch |
| 171-189 | Approach to equilibrium of coupled harmonic oscillator systems. II | Manuel A. Huerta and Harry S. Robertson |
| 191-210 | Statistical thermodynamic formalism in the solution of information theory problems | H. Reiss and C. Huang |
| 211-236 | Rigorous treatment of metastable states in the van der Waals-Maxwell theory | O. Penrose and J. L. Lebowitz |
| 237-241 | Questions and answers | L. Basano and A. Gamba |
| 243 | News |
| 245-260 | Brownian motion of a nonlinear oscillator | Mordechai Bixon and Robert Zwanzig |
| 261-289 | Transmission time and bandwidth in pulse code modulation (application of the statistical thermodynamic formalism) | C. Huang and H. Reiss |
| 291-305 | Brownian diffusion in a nonuniform gas | W. G. N. Slinn and S. F. Shen |
| 307-321 | Stochasticity in many-dimensional nonlinear oscillating systems | B. V. Chirikov, E. Keil and A. M. Sessler |
| 323-330 | Possible symmetrization of Fisher's droplet picture nearTc: A bubble-droplet formula | D. Stauffer, C. S. Kiang and G. H. Walker |
| 331-345 | Treatment of droplike clusters in nucleation theory using Reiss's method | Ryoichi Kikuchi |
| 347-364 | Kinetic equation approach to phase transitions | M. Grmela |
| 365-379 | Decay of correlations. IV. Necessary and sufficient conditions for a rapid decay of correlations | Dick Bedeaux, Kurt E. Shuler and Irwin Oppenheim |
| 381-384 | Jaynes's maximum entropy prescription and probability theory | Kenneth Friedman and Abner Shimony |
| 385-394 | The effect of curvature variation on the scattering from rough surfaces | F. H. Maltz and W. C. Meecham |
| 395-399 | On the quasi-chemical theory of solutions | J. P. Stark |
| 401-410 | A kinetic theory of spectral line shapes | W. R. Chappell, J. Cooper, E. W. Smith and T. Dillon |
| 411-416 | On the statistical description of quantum systems | Stig Stenholm |
| 417 | Questions and answers | R. J. Tykodi |
| 419-421 | News | R. P. Futrelle |
| 423-424 | Fields of interest of board of editors |
| 1-13 | On the statistical mechanics of rigid particles | Gary R. Dowling and H. Ted Davis |
| 15-41 | Lattice models for hydrogen-bonded solvents | Douglas B. Abraham and Ole J. Heilmann |
| 43-54 | Frequency modulation of a laser by fluctuations in a chemical reaction | Ronald Lovett |
| 55-59 | The thermodynamics of cluster formation in nucleation theory | Milton Blander and Joseph L. Katz |
| 61-77 | Questions and answers | |
| 79 | News | |
| 81-82 | Fields of interest of board of editors |
| i | Important announcement | |
| 83-102 | Time-correlation function for macroscopic observables in a classical gas | Otto Seeberg |
| 103-110 | On interesting walks in a graph | Witold Brostow and Andrzej Schinzel |
| 111-173 | Models in nonequilibrium quantum statistical mechanics | Max Dresden and Frank Feiock |
| 175-191 | Direct-interaction approximation by the modal-interaction perturbation technique | Jon Lee |
| 193-197 | Some exact results in kinetic theory | H. Ted Davis and Gary R. Dowling |
| 199-216 | A theory of 1/f noise | Arthur R. Butz |
| 217-225 | On reformulating quantum mechanics and stochastic theory | J. Ogunlana |
| 227-228 | Comments on the paper “Jaynes's maximum entropy prescription and probability theory” | Myron Tribus and Hector Motroni |
| 229-230 | Fields of interest of board of editors |
| 1-18 | Generalization of the Gibbsian relation for dilute systems | James T. Yen |
| 19-34 | Computer-oriented approach to the ensemble theory | Z. Alexandrowicz |
| 35-58 | Nonequilibrium statistical mechanics of finite classical systems-I | C. J. Myerscough |
| 59-82 | Nonequilibrium statistical mechanics of finite classical systems-II | C. J. Myerscough |
| 83-97 | Kinetic equations without “memory” for the time-displaced correlation functions | A. R. Altenberger and J. Stecki |
| 99-112 | On the validity of stochastic rate equations in finite systems with finite-strength interactions | R. I. Cukier, K. E. Shuler and J. D. Weeks |
| 113-125 | Phenomenological equations for multicomponent fluids | Osamu Aono |
| 127-131 | Statistical mechanics and the Gauss principle | M. Dutta |
| 133-135 | Inversion of the classical second virial coefficient | W. G. Rudd, H. L. Frisch and Louis Brickman |
| 137-139 | Book review | Ernest M. Scheuer |
| 141 | News | |
| 143-144 | Fields of interest of board of editors |
| 145-157 | Decay of correlations in spin systems | Joanna I. Scott and J. M. Deutch |
| 159-171 | Explicit relations for the radial distribution functions for one-dimensional lattice (arbitrary spacing) fluids and solutions | Douglas Poland |
| 173-183 | Action-angle variables in quantum statistical mechanics | A. C. Biswas |
| 185-188 | Incompatibility of gauge invariance and nonrelativistic locality in path integral formulation | J. Patera |
| 189-207 | Statistically periodic processes and toeplitz(α by β) matrices | William H. Pierce |
| 209-233 | Random integral equation formulation of a generalized Langevin equation | D. Kannman and A. T. Bharucha-Reid |
| 235 | News | |
| 237-238 | Fields of interest of Board of Editors |
| 1-20 | Applications of the Yang-Lee-Ruelle theory to hard-core lattice gases | L. K. Runnels and J. B. Hubbard |
| 21-38 | Time-dependent statistics of binary linear lattices | B. U. Felderhof |
| 39-47 | Superposition approximations from a variation principle | H. Reiss |
| 49-59 | Monte Carlo study of the surface area of liquid droplets | K. Binder and D. Stauffer |
| 61 | News | |
| 63-64 | Fields of interest of board of editors |
| 1 | Important announcement | |
| 3-30 | Mixture-model approach to the theory of classical fluids. III. Application to aqueous solutions of nonelectrolytes | A. Ben-Naim |
| 31-63 | Field theory description of continuous phase transitions | Daniel J. Amit and Marco Zannetti |
| 65-87 | Dielectric formulation of test particle energy loss in a plasma | M. B. Silevitch and K. I. Golden |
| 89-90 | Comment on the paper “Jaynes's maximum entropy prescription and probability theory” | Douglas W. Gage and David Hestenes |
| 91-92 | Fields of interest of Board of Editors | |
| 93 | Future contributions to Journal of Statistical Physics |
| 95-118 | Second-order Green's function theory of a Heisenberg paramagnet | Sam A. Scales and H. A. Gersch |
| 119-130 | On the surface contribution to the grand-canonical pressure of free quantum gases | G. Nenciu |
| 131-142 | On the gas-liquid phase transition | A. C. Biswas |
| 143-159 | Further application of the statistical thermodynamics of curved surfaces to scaled particle theory | J. J. Vieceli and H. Reiss |
| 161-183 | On the Enskog-Thorne theory for a binary mixture of dissimilar rigid spheres | L. Barajas, L. S. García-Colín and E. Piña |
| 185-186 | Fields of interest of oard of editors | |
| 187 | Future contributions toJournal of Statistical Physics |
| 189-195 | A class of loss functions of catenary form | D. E. Raeside and R. J. Owen |
| 197-212 | Generating functionals and the Ising model | Clas Blomberg |
| 213-224 | Nonclassical behavior of the van der Waals gas | F. W. Wiegel |
| 225-241 | A kinetic theory of dense fluids | H. Ted Davis |
| 243-258 | Poincaré cycles and ergodic behavior of a linear diatomic chain | L. S. García-Colín |
| 259-281 | Fluctuating hydrodynamics and Brownian motion | E. H. Hauge and A. Martin-Löf |
| 283-284 | Fields of interest of oard of editors | |
| 285 | Future contributions toJournal of Statistical Physics |
| 287-294 | Probabilistic calculations on the ground state of the harmonic oscillator | L. C. Thomas |
| 295-300 | Equilibrium points of nonatomic games | David Schmeidler |
| 301-310 | A comparison of the Shannon and Kullback information measures | Arthur Hobson and Bin-Kang Cheng |
| 311-328 | Collective properties of polyatomic gases in a magnetic field: Effects on light scattering spectrum | Paul D. Fleming, Bruce J. Berne and Marvin Bishop |
| 329-336 | One-dimensional time-dependent distributions | David G. Levitt |
| 337-360 | Exactly soluble magnetoelastic lattice with a magnetic phase transition | David J. Bergman, Yoseph Imry and Leon Gunther |
| 361-371 | Application of general transport theories to model system | P. M. Clark, P. Gluck and O. Wohlman-Entin |
| 373-374 | Fields of interest of board of editors | |
| 375-376 | Future contributions to Journal of Statistical Physics |
| 1-24 | Dynamic properties of the Monte Carlo method in statistical mechanics | H. Müller-Krumbhaar and K. Binder |
| 25-55 | Asymptotically degenerate maximum eigenvalues of the eight-vertex model transfer matrix and interfacial tension | Rodney Baxter |
| 57-78 | Kinetic theory of vibrational relaxation in a radiation field: The optic-acoustic effect | F. R. McCourt and A. Tip |
| 79-101 | A stochastic model for metabolizing systems with computer simulation | J. Susan Milton, Chris P. Tsokos and S. T. Hardiman |
| 103-104 | Fields of interest of Board of Editors | |
| 105 | Future contributions to Journal of Statistical Physics |
| 107-153 | Collective modes, damping, and the scattering function in classical liquids | Alfred A. Kugler |
| 155-165 | A convergent nonequilibrium statistical mechanical theory for dense gases. I. The two-body distribution function | E. Braun and A. Flores |
| 167-176 | A convergent nonequilibrium statistical mechanical theory for dense gases. II. Transport coefficients to first order in the density | A. Flores and E. Braun |
| 177-181 | Rotational displacements in crystals | E. N. Ivanov |
| 183-188 | The quasicrystal model of rotational Brownian motion | E. N. Ivanov |
| 189-195 | A particle picture of “tunneling” and the nature of “photon”-matter interaction | V. J. Lee |
| 197-212 | On the simple-source theory of sound from statistical turbulence | W. C. Meecham |
| 213-214 | Fields of interest of Board of Editors | |
| 215 | Future contributions toJournal of Statistical Physics |
| 299-307 | Application of the thermodynamics of curved boundary layers to the scaled particle theory of hard-sphere fluids | J. J. Vieceli and H. Reiss |
| 309-333 | Two-component ising chain with nearest-neighbor interaction | F. T. Lee, E. W. Montroll and Lee-po Yu |
| 335-339 | Solution of the Thomas-Fermi problem for continuous, spherical, positive charge distribution | John B. Fenn, Philip K. Rawlings and Howard Reiss |
| 341-352 | Entropy of generalized Gaussian optical fields | Martine Rousseau |
| 353-358 | The exact velocity autocorrelation function of a model system | S. Fesciyan and H. L. Frisch |
| 359-366 | Adsorbate interactions and surface excess entropy | L. K. Runnels |
| 367-371 | Velocity autocorrelation function for the motion of long-chain molecules in the free draining limit | B. Caroli, G. Jannink, D. Saint-James and D. Taupin |
| 373-374 | Fields of interest of board of editors | |
| 375 | Future contributions toJournal of Statistical Physics |
| 1-21 | Self-consistent treatment of a phase transition | Daniel J. Amit and Marco Zannetti |
| 23-44 | Phase transition of hard hexagons on a triangular lattice | Ole J. Heilmann and Eigil Praestgaard |
| 45-50 | Generalized master equations for continuous-time random walks | V. M. Kenkre, E. W. Montroll and M. F. Shlesinger |
| 51-96 | Fluctuation and relaxation of macrovariables | Ryogo Kubo, Kazuhiro Matsuo and Kazuo Kitahara |
| 97-98 | Fields of interest of board of editors | |
| 99 | Future contributions toJournal of Statistical Physics |
| 101-135 | Random walks on lattices. IV. Continuous-time walks and influence of absorbing boundaries | Elliott W. Montroll and Harvey Scher |
| 137-144 | Orthogonal polynomial solutions of the Fokker-Planck equation | R. I. Cukier, K. Lakatos-Lindenberg and K. E. Shuler |
| 145-182 | Spontaneous staggered polarization of theF-model | Rodney J. Baxter |
| 183-185 | Critique of the paper “on the gas-liquid phase transition” | J. Groeneveld |
| 187-191 | Comment on the interpretation of inductive probabilities | Abner Shimony |
| 193-194 | Fields of Interest of Board of Editors | |
| 195 | Future contributions toJournal of Statistical Physics |
| 197-213 | A comparison of projection operator formalisms for the study of self-diffusion | R. D. Mosteller and J. J. Duderstadt |
| 215-220 | Nonlinear generalized Langevin equations | Robert Zwanzig |
| 221-234 | Asymptotic magnetic behavior of gas transport properties | L. Monchick |
| 235-264 | A new analytic solution for the Zwanzig-Lauritzen model of polymer chain folding | K. Sture J. Nordholm |
| 265-269 | Replies to Tribus and Motroni and to Gage and Hestenes | Kenneth Friedman |
| 271-272 | Fields of interest of Board of Editors | |
| 273 | Future contributions toJournal of Statistical Physics |
| 275-295 | Approximate solutions of the Liouville equation. II. Stationary variational principles | Eugene P. Gross |
| 297-315 | Approximate solutions of the Liouville equation. III. Variational principles and projection operators | Eugene P. Gross |
| 317-329 | The correlation function in Wilson's theory of phase transitions: Above and below the transition | Daniel J. Amit and A. Shcherbakov |
| 331-338 | On the Kullback information measure as a basis for information theory: Comments on a proposal by Hobson and Chang | Myron Tribus and Richard Rossi |
| 339-349 | Some properties of the informational model of the liquid state | Witold Brostow and Yvon Sicotte |
| 351-371 | Entropy changes for steady-state fluctuations | R. Landauer |
| 373-374 | Fields of interest of board of editors | |
| 375-376 | Future contributions toJournal of Statistical Physics |
| 111-138 | Approximate solutions of the Liouville equation. IV. The two-body additive approximation | Kenneth D. Bergeron, Eugene P. Gross and Rodney L. Varley |
| 139-156 | Statistical mechanical theory of the nonlinear steady state | Hiroshi Furukawa |
| 157-173 | An adaptation of the lattice gas to the water problem | Paul D. Fleming and Julian H. Gibbs |
| 175-177 | Questions and answers | |
| 179-180 | Fields of interest of board of editors | |
| 181 | Future contributions to Journal of Statistical Physics |
| 183-203 | Group theory, Markov chains, and excluded Vol.effect in polymers | F. T. Hioe and C. Domb |
| 205-235 | An exact solution to the classical, anisotropic Heisenberg model with long-range Kac interactions | Kenneth Millard and Harvey S. Leff |
| 237-244 | GKS inequalities for arbitrary spin ising ferromagnets | J. L. Monroe and A. J. F. Siegert |
| 245-253 | A generalized Pearson random walk allowing for bias | Ralph J. Nossal and George H. Weiss |
| 255-256 | Fields of interest of board of editors | |
| 257 | Future contributions to Journal of Statistical Physics |
| 259-297 | Statistical theory of energy levels and random matrices in physics | M. Carmeli |
| 299-319 | Bose-Einstein condensation in one- and two-dimensional gases | L. Gunther, Yoseph Imry and David J. Bergman |
| 321-335 | Foundations of the quantum statistics of systems in equilibrium: A measuretheoretic approach | Garrison Sposito |
| 337-346 | On axiomatic characterization of information-theoretic measures | Bhu Dev Sharma and Inder Jeet Taneja |
| 347-348 | Fields of interest of board of editors | |
| 349 | Future contributions toJournal of Statistical Physics |
| 351-378 | An adaptation of the lattice gas to the water problem. II. Second-order approximation | Paul D. Fleming and Julian H. Gibbs |
| 379-390 | A comment on fluctuations around nonequilibrium steady states | A. Nitzan and J. Ross |
| 391-403 | Irreversible behavior of interacting systems. I. The approach to equilibrium | Michael Coopersmith and George Mandeville |
| 405-420 | Irreversible behavior of interacting systems. II. Fluctuations in equilibrium | George Mandeville and Michael Coopersmith |
| 421-434 | Asymptotic solutions of continuous-time random walks | Michael F. Shlesinger |
| 435-436 | Fields of interest of board of editors | |
| 437 | Future contributions to Journal of Statistical Physics |
| 439-448 | Nonequilibrium phase transitions in chemical reactions | K. J. McNeil and D. F. Walls |
| 449-470 | A cell model for liquids. II. Exact solution for the restricted cell model for hard, parallel squares | O. J. Heilmann, R. Moss and E. L. Praestgaard |
| 471-484 | Influence of density fluctuations on the equation of state | B. Mrygoń |
| 485-503 | Random walks with nonnearest-neighbor transitions. II. Analytic one-dimensional theory for exponentially distributed steps in systems with boundaries | Katja Lindenberg |
| 505-506 | Fields of interest of board of editors | |
| 507 | Future contributions toJournal of Statistical Physics |
| 1-16 | Pair correlation function for a system with velocity-dependent interactions | L. A. Turski |
| 17-27 | Quantum theory and the bayesian inference problems | Stanislav Sýkora |
| 29-50 | Statistical mechanics of zero-dimensional ginzburglandau fields: Accuracy of the screening approximation | Alan J. Bray |
| 51-70 | Decay of correlations in vibrational relaxation | Joanna I. Scott and Irwin Oppenheim |
| 71-81 | Exact calculation of one-dimensional irreducible integrals | Alan J. Liebman and Jean -Yves Parlange |
| 83-84 | Fields of interest of board of editors | |
| 85 | Future contributions toJournal of Statistical Physics |
| 87-132 | Probabilistic kinetics of macroprocesses in broken microscopic reversibility | Koichiro Matsuno |
| 133-141 | Approach to two dimensions in then-vector model | Daniel J. Amit and Marco Zannetti |
| 143-158 | Strategies for fluctuation renormalization in nonlinear transport theory | K. Sture, J. Nordholm and Robert Zwanzig |
| 159-167 | Ferromagnetism in the single-band Hubbard model: An exact high-temperature expansion | Michael Plischke |
| 169-176 | A joint characterization of directed divergence, inaccuracy, and their generalizations | Inder Jeet Taneja |
| 177-178 | Fields of interest of board of editors | |
| 179 | Future contributions toJournal of Statistical Physics |
| 181-193 | Spinodal decomposition in Monte Carlo simulations of a binary alloy | Alfred B. Bortz |
| 195-205 | Quasinormal distributions and expansion at the mode | Yukio Tomozawa |
| 207-230 | High-temperature exchange third virial coefficient for hard spheres via an asymptotic method for path integrals | Robert Nyden Hill |
| 231-255 | Measurements and information for thermodynamic quantities | Göran Lindblad |
| 257-275 | Initial condition effects for a Brownian particle in a harmonic chain | James T. Hynes |
| 277 | Announcement | |
| 279-280 | Fields of interest of board of editors | |
| 281 | Future contributions toJournal of Statistical Physics |
| 283-289 | Percus-Yevick virial relation and scaled particle theory | Saeyoung Ahn and H. L. Frisch |
| 291-316 | Macroscopic phenomenological relations for nonlinear processes in kinetic theory | A. Shavit and Y. Zvirin |
| 317-322 | Toward a microscopic basis for the de Gennes narrowing | Peter Kleban |
| 323-341 | The initial distribution in classical statistical mechanics | J. M. Richardson |
| 343-357 | Gibbs vs. Shannon entropies | Richard L. Liboff |
| 359-360 | Field of interest of bord of editors | |
| 361 | Future contributions to Journal of Statistical Physics |
| 363-377 | Bethe-Peierls approximation for the disordered Ising model | T. P. Eggarter |
| 379-390 | Time-dependent probability density of statistical mechanics | R. G. Carbonell and M. D. Kostin |
| 391-395 | Nonexistence of Kirkwood's instability in a uniform fluid | Toyoaki Naitoh and Katsuhiko Nagai |
| 397-408 | Asymptotic solutions of the continuous-time random walk model of diffusion | J. K. E. Tunaley |
| 409-420 | Spectral representations for the memory kernel characterizing self-diffusion | R. D. Mosteller and J. J. Duderstadt |
| 421-431 | Some evidence for the validity of the noise-temperature inequalityθ ≥T in the relaxation approximation of the one-dimensional electron transport problem in high electric fields | W. A. Schlup |
| 433-436 | On a modified thorne kinetic equation for a binary mixture of rigid spheres | E. Piña |
| 437-438 | Fields of interest of board of editors | |
| 439 | Future contributions to Journal of Statistical Physics |
| 441-456 | General calculation of the collision integral for the linearized Boltzmann transport equation | Janet Aisbett, John M. Blatt and Alex H. Opie |
| 457-474 | A new closure hypothesis for the BBGKY system of equations | J. Frey, J. Salmon and M. Valton |
| 475-480 | Remark on the Lotka-Volterra model | N. G. van Kampen |
| 481-501 | A probabilistic model for tracer distribution in multiphase spatially inhomogeneous transport systems | David Rappaport and Joshua Dayan |
| 503-521 | Memory function for dressed particles | Eugene P. Gross |
| 523-524 | A comment on the paper “a comparison of the Shannon and kullback information measures” | Michael Batty |
| 525 | Entropy changes for steady-state fluctuations | R. Landauer |
| 527-528 | Fields of interest of board of editors | |
| 529 | Future contributions to Journal of Statistical Physics |
| 1-10 | Some properties of the asymptotic solutions of the Montroll-Weiss equation | J. K. E. Tunaley |
| 11-20 | Functional integral representations of partition function without limiting procedure. Techniques of calculation of moments | Amar Maheshwari |
| 21-34 | Stochastic models of firstorder nonequilibrium phase transitions in chemical reactions | I. Matheson, D. F. Walls and C. W. Gardiner |
| 35-87 | Theory of the local field correction in an electron gas | A. A. Kugler |
| 89-90 | Fields of interest of board of editors | |
| 91 | Future contributions toJournal of Statistical Physics |
| 93-109 | A functional phase-integral method and applications to the laser beam propagation in random media | Pao -Liu Chow |
| 111-129 | Microscopic approach to the enskog theory of a homogeneous gas | B. Cichocki and J. Piasecki |
| 131-143 | Special solutions of the Fokker-Planck transport equation for arbitrary band structures; Mobility and diffusivity in a uniform field of force | W. A. Schlup |
| 145-151 | Friction and dissipative phenomena in quantum mechanics | M. D. Kostin |
| 153-162 | Stochastic model of a one-dimensional fluid | Sezar Fesciyan and H. L. Frisch |
| 163-164 | Fields of interest of board of editors | |
| 165 | Future contributions toJournal of Statistical Physics |
| 167-204 | Statistical transport theory of reacting two-component fluid: Light scattering from an A⇄B liquid | Paul Madden and Daniel Kivelson |
| 205-215 | The mössbauer effect: A potentially ideal probe into Brownian motion | L. Gunther and J. Zitkova-Wilcox |
| 217-251 | First passage time and extremum properties of Markov and independent processes | K. Lindenberg, K. E. Shuler, J. Freeman and T. J. Lie |
| 253-262 | Transmission of information in nucleotide pools: Application of the statistical thermodynamic formalism | Alexandr Křemen |
| 263-265 | A note on Sommerfeld's formula for Fermi-Dirac integrals | I. Adawi |
| 267-268 | Fields of interst of board of editors | |
| 269 | Future contributions toJournal of Statistical Physics |
| 271-289 | Entropy of irreversible cooling and the “discrimination” of model stochastic processes | Z. Alexandrowicz |
| 291-310 | The thermodynamic limit for jellium | Elliott H. Lieb and Heide Narnhofer |
| 311-359 | Nonanalytic dispersion relations for classical fluids | |
| 361-362 | Fields of interst of board of editors | |
| 363 | Future contributions toJournal of Statistical Physics |
| 365-374 | Growth rate of critical nuclei near the critical point of a fluid | Kyozi Kawasaki |
| 375-401 | Stochastic theory for rate constants of chemical reactions in liquid solution | Julian H. Gibbs and Paul D. Fleming |
| 403-425 | A new hierarchy system on the basis of a “Master” Boltzmann equation for microscopic density | Shunichi Tsug'e and Kenshi Sagara |
| 427-436 | On the theory of brownian motion. VIII. A Brownian particle in a dilute gas with inelastic collisions | Robert M. Mazo |
| 437-444 | A partition function model for nucleation on surfaces | Barbara N. Hale and Jerry Kiefer |
| 445-446 | Fields of interest of board of editors | |
| 447 | Future contributions toJournal of Statistical Physics |
| 449-462 | On the notions of entropy and information | Bo-Sture K. Skagerstam |
| 463-481 | Brownian motion of a classical particle through potential barriers. Application to the helix-coil transitions of heteropolymers | P. G. De Gennes |
| 483-516 | Approximate kinetic theory of hard-sphere fluids near equilibrium. I. Formal theory | P. Resibois and Joel L. Lebowitz |
| 517-518 | Fields of interst of board of editors | |
| 519 | Future contributions toJournal of Statistical Physics |
| 1-16 | Stability and entropy production in electrical circuits | R. Landauer |
| 17-42 | Scattering of waves by irregularities in periodic discrete lattice spaces. I. Reduction of problem to quadratures on a discrete model of the Schrödinger equation | Elliott W. Montroll and Bruce J. West |
| 43-60 | Long-range correlations in kinetic theory | Chelluri C. A. Sastri |
| 61-64 | On the existence of the steady state in the stochastic Volterra-Lotka model | V. T. N. Reddy |
| 65-84 | Bandwidth limitations in pulse code modulation | E. Richard Cohen |
| 85-100 | Modified one-body memory function for classical fluids | Kenneth D. Bergeron and Eugene P. Gross |
| 101-102 | Probabilistic kinetics of macroprocesses in broken microscopic reversibility | Koichiro Matsuno |
| 103-104 | Fields of interest of board of editors | |
| 105 | Future contributions toJournal of Statistical Physics |
| 107-112 | Thermodynamics of curved boundary layers | M. J. Mandell and H. Reiss |
| 113-128 | Scaled particle theory: Solution to the complete set of scaled particle theory conditions: Applications to surface structure and dilute mixtures | M. J. Mandell and H. Reiss |
| 129-136 | Quantum mechanical scaled particle theory of hard spheres at high temperature | Harry L. Frisch and Saeyoung Ahn |
| 137-143 | The Chapman-Enskog and Kihara approximations for isotopic thermal diffusion in gases | Taro Kihara |
| 145-155 | Application of a singular perturbation expansion to the solution of certain Fokker-Planck equations | George H. Weiss and Menachem Dishon |
| 157-172 | Scaling in the ideal Bose gas | Carol K. Hall |
| 173-183 | A lattice model for a real substance | H. P. Neumann |
| 185-186 | Fields of Interest of Board of Editors | |
| 187 | Future contributions toJournal of Statistical Physics |
| 189-196 | Stochastic solution of the linearized Boltzmann equation | Mark A. Pinsky |
| 197-217 | A master equation description of local fluctuations | M. Malek-Mansour and G. Nicolis |
| 219-230 | Correlation functions for spin systems of high spatial dimensionality | D. J. Gates and C. J. Thompson |
| 231-244 | Irreversible adiabatic demagnetization: Entropy and discrimination of a model stochastic process | Z. Alexandrowicz |
| 245-272 | Turbulence in the randomly forced, one-dimensional Burgers flow | I. Hosokawa and K. Yamamoto |
| 273-275 | Note on the Paper “Gibbs vs. Shannon Entropies” by Richard L. Liboff | Helmut Hirsch |
| 277-278 | Stochastic model of a one-dimensional fluid | Sezar Fesciyan and H. L. Frisch |
| 279-280 | Fields of interest of board of editors | |
| 281 | Future contributions toJournal of Statistical Physics |
| 283-300 | A collisional approach to the calculation of time correlation functions. Transport coefficients of gases | John E. Reissner and William A. Steele |
| 301-314 | A mechanical definition of the thermodynamic pressure | E. Presutti |
| 315-330 | Theory of inelastic neutron scattering from molecular fluids | P. A. Egelstaff, C. G. Gray, K. E. Gubbins and K. C. Mo |
| 331-335 | Thermodynamic coupling of diffusion with chemical reaction | Osamu Aono |
| 337-345 | Geometry of three convex bodies applicable to three-molecule clusters in polyatomic gases | Taro Kihara and Kazunori Miyoshi |
| 347-371 | A systematic derivation of exact generalized Brownian motion theory | Sture Nordholm and Robert Zwanzig |
| 373-374 | A singular example in the statistical mechanics of a one-dimensional system | M. L. Glasser |
| 375-376 | Fields of interest of board of editors | |
| 377 | Future contributions toJournal of Statistical Physics |
| 379-384 | On the extension of the Boltzmann equation to include pair correlations | Michael N. Barber, John M. Blatt and Alex H. Opie |
| 385-388 | Long-range pair correlations in dilute gases | John M. Blatt and Alex H. Opie |
| 389-392 | A new dilute gas transport phenomenon | John M. Blatt |
| 393-426 | Approximate kinetic theory of hard-sphere fluids near equilibrium: II. A quasihydrodynamic approximation for the velocity autocorrelation function | P. Résibois |
| 427-449 | Nonlinear momentum relaxation of an impurity in a harmonic chain | James T. Hynes, Raymond Kapral and Michael Weinberg |
| 451-455 | Equations of motion for rotational motion in liquids | Robert I. Cukier and Katja Lindenberg |
| 457-458 | Fields of interest of board of editors | |
| 459 | Future contributions toJournal of Statistical Physics |
| 461-472 | Lattice models of hydrogen-bonded solvents. II | D. B. Abraham and O. J. Heilmann |
| 473-490 | A study of self-organizing processes of nonlinear stochastic variables | K. Kometani and H. Shimizu |
| 491-514 | Dynamic observation models | Michael Schilder |
| 515-530 | An exactly solvable two-dimensional biomembrane model | F. W. Wiegel |
| 531-532 | Fields of interest of board of editors | |
| 533 | Future contributions toJournal of Statistical Physics |
| 1-9 | Entropy calculated from the frequency of states of individual particles | Z. Alexandrowicz |
| 11-37 | Statistical mechanical theory of the effect of added nonelectrolytes on the conductances of electrolytes | Ray F. Snipes |
| 39-47 | Duality relation for 32-vertex model on the triangular lattice | L. K. Runnels |
| 49-65 | Generalized phase space method in spin systems-spin coherent state representation | Yoshinori Takahashi and Fumiaki Shibata |
| 67-80 | Fluctuations of a macro-spin in a superradiant system | Yoshinori Takahashi and Fumiaki Shibata |
| 81-86 | On the definition of phase transition | C. Gruber |
| 87-89 | Program of the 34th Statistical Mechanics Meeting |
| 91-100 | On the ν-dimensional one-component classical plasma: The thermodynamic limit problem revisited | R. R. Sari and D. Merlini |
| 101-128 | Classical and quantum descriptions of the Kac ring model | Jean Tavernier |
| 129-151 | Fluctuation, relaxation, and extensivity of macrovariables in nonequilibrium systems | Masuo Suzuki |
| 153-169 | On the derivation of Smoluchowski equations with corrections in the classical theory of Brownian motion | Gerald Wilemski |
| 171-203 | Variational approximations for renormalization group transformations | Leo P. Kadanoff, Anthony Houghton and Mehmet C. Yalabik |
| 205 | Future contributions toJournal of Statistical Physics |
| 207-248 | Dynamical perturbation for classical fluids: A solvable model | A. Gervois and Y. Pomeau |
| 249-262 | Theory of kinetic equations for systems with production and absorption of particles | Takeo Nishigori |
| 263-270 | On measures of information and inaccuracy | Inder Jeet Taneja |
| 271-289 | Application of stochastic theory to dilute gas reactions | Paul D. Fleming and Julian H. Gibbs |
| 291-303 | Functional integrals in the statistical theory of turbulence and the burgers model equation | Wolfgang Kollmann |
| 305 | Future contributions toJournal of Statistical Physics |
| 307-331 | Correlations in stochastic theories of chemical reactions | C. W. Gardiner, K. J. McNeil, D. F. Walls and I. S. Matheson |
| 333-350 | The theory of ordered spans of unrestricted random walks | George H. Weiss and Robert J. Rubin |
| 351-357 | On the inversion of the classical second virial coefficient | S. R. Singh and M. C. Zerner |
| 359-380 | Quantum statistical hierarchy equation in nonequilibrium systems | Nobuhiko Mishima, Tomio Yamakoshi Petrosky and Miwae Yamazaki |
| 381-393 | A variational approach to superfluidity | R. H. Critchley and A. I. Solomon |
| 395 | Announcement | |
| 397 | Future contributions toJournal of Statistical Physics |
| 399-416 | Macroscopic behavior of a quantum monomode laser | D. Walgraef |
| 417-432 | The onset of instabilities in nonequilibrium systems | G. Nicolis, M. Malek-Mansour, A. Van Nypelseer and K. Kitahara |
| 433-459 | Generalized enskog theory for homogeneous systems | J. Piasecki and B. Cichocki |
| 461-463 | Moments of the Montroll-Weiss continuous-time random walk for arbitrary starting time | J. K. E. Tunaley |
| 465 | The thermodynamic limit for jellium | Elliott H. Lieb and Heide Narnhofer |
| 467 | Future contributions toJournal of Statistical Physics |
| 469-481 | Nonequilibrium kinetics: Exact and approximate solutions | Suzanne Hudson and John Ross |
| 483-500 | On the absence of diffusion in a semiinfinite one-dimensional system | A. Gervois and Y. Pomeau |
| 501-508 | Stability and fluctuation in chemical systems | J. Portnow and K. Kitahara |
| 509-519 | Core potential of intermolecular forces applied to third virial coefficients and transport coefficients of polyatomic gases | Kikuo Yamazaki and Taro Kihara |
| 521-524 | Weak “phase transitions” in asymptotic properties of lattice sums | George L. Hall |
| 525-533 | Analyticity of a hard-core multicomponent lattice gas | L. K. Runnels and J. L. Lebowitz |
| 535-536 | Scaled particle theory: Solution to the complete set of scaled particle theory conditions: Applications to surface structure and dilute mixtures | M. J. Mandell and H. Reiss |
| 537-539 | Program of the 35th Statistical Mechanics Meeting | |
| 541 | Future contributions toJournal of Statistical Physics |
| 1-6 | Long-time behavior of the angular velocity autocorrelation function for a fluid of rough spheres | G. Subramanian, D. G. Levitt and H. T. Davis |
| 7-22 | Asymptotic time behavior of correlation functions. II. Kinetic and potential terms | M. H. Ernst, E. H. Hauge and J. M. J. van Leeuwen |
| 23-58 | Asymptotic time behavior of correlation functions. III. Local equilibrium and mode-coupling theory | M. H. Ernst, E. H. Hauge and J. M. J. van Leeuwen |
| 59-71 | Renormalized theory of the time-dependent pair distribution function. I. General formulation | G. Tenti and F. R. McCourt |
| 73-83 | H-theorem for the hard-sphere gas | D. Hubert |
| 85-86 | Future contributions toJournal of Statistical Physics |
| 87-104 | Ensemble mechanics for the random-forced Navier-Stokes flow | Iwao Hosokawa |
| 105-121 | On the dynamical basis of macroscopic theory | V. P. Vstovsky |
| 123-127 | On the zero fluctuation of the “microscopic free energy” and its potential use | Hagai Meirovitch and Z. Alexandrowicz |
| 129-139 | A statistical theory of excitable membranes. Nonlinear force-flux relation and fluctuation | Yōji Aizawa and Yonosuke Kobatake |
| 141-147 | On the path integral representation of stochastic processes | Kazuo Kitahara and Horia Metiu |
| 149-156 | A theory of 1/f current noise based on a random walk model | J. K. E. Tunaley |
| 157-165 | The two-state random walk | George H. Weiss |
| 167-177 | Diffusion in a lattice of randomly placed sites and application to ac conductivity | J. K. E. Tunaley |
| 179 | Future contributions toJournal of Statistical Physics | |
| 180 | Announcements |
| 181-214 | Formal structure of kinetic theory | Eugene P. Gross |
| 215-218 | Scattering length and diffusion | J. M. Luttinger |
| 219-231 | An exactly soluble case of the triangular ising model in a magnetic field | A. M. W. Verhagen |
| 233-253 | Nonlinearity in cooperative systems-dynamical Bethe-Ising model | Yukio Saito and Ryogo Kubo |
| 255-261 | Statistical thermodynamics of an anharmonic oscillator | Martin Schwarz |
| 263 | Variational approximations for renormalization group transformations | Leo P. Kadanoff, Anthony Houghton and Mehmet C. Yalabik |
| 265 | Future contributions toJournal of Statistical Physics |
| 267-297 | Linear and nonlinear relaxation and cluster dynamics near critical points | R. Kretschmer, K. Binder and D. Stauffer |
| 299-305 | On the properties of a periodic fluid | M. J. Mandell |
| 307-326 | Successive bifurcations leading to stochastic behavior | John McLaughlin |
| 327-341 | Inequalities for continuous-spin Ising ferromagnets | Garrett S. Sylvester |
| 343 | Future contributions to Journal of Statistical Physics |
| 345-353 | Monte Carlo studies of percolation phenomena for a simple cubic lattice | Amit Sur, Joel L. Lebowitz, J. Marro, M. H. Kalos and S. Kirkpatrick |
| 355-374 | Studies in nonlinear stochastic processes. I. Approximate solutions of nonlinear stochastic differential equations by the method of statistical linearization | Aaron B. Budgor |
| 375-391 | Studies in nonlinear stochastic processes. II. The duffing oscillator revisited | A. B. Budgor, K. Lindenberg and K. E. Shuler |
| 393-397 | A simple calculation for the average number of steps to trapping in lattice random walks | Kurt E. Shuler, Howard Silver and Katja Lindenberg |
| 399-406 | Rigorous results for general ising ferromagnets | Charles M. Newman |
| 407-421 | Quantum corrections for lattice gases | Frank H. Stillinger |
| 423-435 | Model for density variation at a fluid surface | J. K. Percus |
| 437 | Future contributions to Journal of Statistical Physics | |
| 438 | Announcement |
| i | Important announcement | |
| 439-449 | Solution of Ornstein-Zernike equation for wall-particle distribution function | L. Blum and G. Stell |
| 451-454 | A comment on chemical Langevin equations | C. W. Gardiner |
| 455-475 | Statistical dynamics of the Lorenz model | M. Lücke |
| 477-483 | An observation on the effect of fluctuations far from equilibrium: The Lotka-Volterra model | Joel Keizer |
| 485-503 | Corner transfer matrices of the eight-vertex model. I. Low-temperature expansions and conjectured properties | R. J. Baxter |
| 505-511 | Equilibrium state of a classical fluid of hard rods in an external field | J. K. Percus |
| 513-516 | An alternative formulation of rigorous mean-field theory | D. J. Gates |
| 517-518 | On the connection between Zwanzig's classical projection operator formalism and coarse-graining | Paul Hoyningen-Huene |
| 519 | Future contributions to Journal of Statistical Physics |
| 1 | Important announcement | |
| 3-9 | On the equivalence of different order parameters for Ising ferromagnets | Joel L. Lebowitz |
| 11-32 | Scaling theory of transient phenomena near the instability point | Masuo Suzuki |
| 33-58 | Fluctuations of macrovariables in nonlinear systems: Langevin equation approach | Ziya A. Akcasu |
| 59-68 | Evaluation of phase integrals for volterra systems of arbitrary numbers of interacting species | Don Ridgeway |
| 69-90 | Information-theoretic stability and evolution criteria in irreversible thermodynamics | E. Pfaffelhuber |
| 91-111 | Long-time behavior of the nonlocal shear viscosity of a one-component plasma: A microscopic approach | M. Baus and J. Wallenborn |
| 113-116 | A note on the derivation of the Schrödinger-Langevin equation | Kunio Yasue |
| 117-118 | Monotone decrease of characteristic functions | Richard S. Ellis |
| 119 | Future contributions toJournal of Statistical Physics | |
| 120 | Announcement | |
| 121-127 | Program of the 36th Statistical Mechanics Meeting |
| 121-138 | The stochastic models method applied to the critical behavior of Ising lattices | Hagai Meirovitch and Z. Alexandrowicz |
| 139-148 | A definition of irreversible entropy change by detailed (Im)balance of a stochastic process | Z. Alexandrowicz |
| 149-168 | On the stochastic dynamics of Ising models | Ph. A. Martin |
| 169-195 | Relaxation mode analysis of nonlinear birth and death processes | Kazuhiro Matsuo |
| 197-200 | Simple inequality for the free energy of disordered systems | Jacek M. Kowalski |
| 201-215 | An asymptotic expansion of the nonlinear master equation | W. Horsthemke, M. Malek-Mansour and B. Hayez |
| 217-231 | Illustration of reversed causality with remarks on experiment | L. S. Schulman |
| 233 | Future contributions to Journal of Statistical Physics |
| 235-258 | A unified approach for deriving kinetic equations in nonequilibrium statistical mechanics. I. Exact results | Leopoldo S. García-Colín and Jose Luis del Rio |
| 259-279 | Analysis of nonstationary, Gaussian and non-Gaussian, generalized Langevin equations using methods of multiplicative stochastic processes | Ronald Forrest Fox |
| 281-298 | Field-theoretic approach to critical dynamics far from equilibrium | Tomoji Yamada, Takao Ohta and Kyozi Kawasaki |
| 299-309 | One-dimensional Ising model in arbitrary external field | J. K. Percus |
| 311-318 | Concerning the validity of the stochastic approach to chemical kinetics | Daniel T. Gillespie |
| 319 | Future contributions toJournal of Statistical Physics |
| 321-337 | Cluster and percolation inequalities for lattice systems with interactions | J. L. Lebowitz and O. Penrose |
| 339-348 | Three-dimensional site percolation problem and effective-medium theory: A computer study | Yoshio Yuge |
| 349-355 | Statistical inference and entropy | Jean-Paul Marchand and Walter Wyss |
| 357-370 | Invariants and nonequilibrium density matrices | V. V. Dodonov, I. A. Malkin and V. I. Man'ko |
| 371-394 | An intermediate spherical model of a ferromagnet | Wayne W. Barrett |
| 395-396 | Approximate kinetic theory of hard-sphere fluids near equilibrium | P. Résibois and J. L. Lebowitz |
| 397 | Future contributions toJournal of Statistical Physics |
| 399-413 | Solution of the Yukawa closure of the Ornstein-Zernike equation | J. S. Høye and L. Blum |
| 415-450 | On the derivation of thermohydrodynamic equations from the Boltzmann equations | Shmuel Kaniel |
| 451 | Future contributions toJournal of Statistical Physics |
| 453-461 | Time evolution of infinite anharmonic systems | Oscar E. Lanford, Joel L. Lebowitz and Elliott H. Lieb |
| 463-476 | Coexistence of phases in Ising ferromagnets | Joel L. Lebowitz |
| 477-504 | Anomalous fluctuation and relaxation in unstable systems | Masuo Suzuki |
| 505 | Future contributions toJournal of Statistical Physics | |
| 507-510 | Program of the 37th statistical mechanics meeting |
| 1-14 | Corner transfer matrices of the eight-vertex model. II. The Ising model case | R. J. Baxter |
| 15-20 | On the second-moment condition of Stillinger and Lovett | D. J. Mitchell, D. A. McQuarrie, Attila Szabo and J. Groeneveld |
| 21-44 | Studies in nonlinear stochastic processes. III. Approximate solutions of nonlinear stochastic differential equations excited by Gaussian noise and harmonic disturbances | Aaron B. Budgor |
| 45 | Future contributions toJournal of Statistical Physics |
| 47-60 | Adsorption isotherms for fluids with strong interparticle repulsions | E. R. Smith and J. W. Perram |
| 61-70 | Nonequilibrium expressions for entropy and other thermodynamic quantities | C. G. Dufour |
| 71-88 | A soluble model for diffusion in a bistable potential | N. G. van Kampen |
| 89-94 | On the Kirkwood-modified Tait equation | H. L. Frisch |
| 95 | Future contributions toJournal of Statistical Physics |
| 97-110 | The effect of spatial correlations on steady-state nucleation kinetics in dense fluid systems | David Peak and James W. Corbett |
| 111-136 | Structure of a liquid-vapor interface | M. H. Kalos, J. K. Percus and M. Rao |
| 137-152 | Corner transfer matrices of the triangular Ising model | S. K. Tsang |
| 153 | Future contributions toJournal of Statistical Physics |
| 155-169 | Quantal master equation valid for any time scale | Natsuki Hashitsumae, Fumiaki Shibata and Mayumi Shing¯u |
| 171-187 | A generalized stochastic liouville equation. Non-Markovian versus memoryless master equations | Fumiaki Shibata, Yoshinori Takahashi and Natsuki Hashitsume |
| 189-196 | The spherical limit forn-vector correlations | Paul A. Pearce and Colin J. Thompson |
| 197-214 | Position-space renormalization for systems with weak long-range interactions and the breakdown of hyperscaling | H. J. F. Knops, J. M. J. van Leeuwen and P. C. Hemmer |
| 215-228 | Zeros of partition functions via correlation inequalities | François Dunlop |
| 229-244 | A rigorous study of metastability in a continuous model | M. Cassandro and E. Olivieri |
| 245-262 | Correlation functions and boundary conditions in the ising ferromagnet | A. Messager and S. Miracle-Sole |
| 263 | Future contributions toJournal of Statistical Physics |
| 265-287 | Partition function for an electron in a random potential | Eugene P. Gross |
| 289-300 | The Gaussian inequality for multicomponent rotators | J. Bricmont |
| 301-310 | On the spectrum of the dynamical matrix for a class of disordered harmonic systems | M. Romerio and W. F. Wreszinski |
| 311-321 | Uniqueness for the BBGKY hierarchy for hard spheres in one dimension | Harold J. Raveché and Charles A. Stuart |
| 323-355 | Statistical mechanics of two-dimensional vortices | T. S. Lundgren and Y. B. Pointin |
| 357-370 | Pair correlation function in a dense plasma and pycnonuclear reactions in stars | B. Jancovici |
| 371-375 | Phase transitions in lattice gases of hard-core molecules having two orientations | Dale A. Huckaby |
| 377-381 | Eigentheory of the inhomogeneous Fokker-Planck equation | S. Harris and J. L. Monroe |
| 383 | Future contributions toJournal of Statistical Physics |
| 385-412 | Derivation of the transport equation for electrons moving through random impurities | Herbert Spohn |
| 413-427 | Exact linear renormalization of a one-dimensional system with phase transition | H. J. Hilhorst |
| 429-468 | The poisson representation. I. A new technique for chemical master equations | C. W. Gardiner and S. Chaturvedi |
| 469-489 | Stochastic analysis of a chemical reaction with spatial and temporal structures | S. Chaturvedi, C. W. Gardiner, I. S. Matheson and D. F. Walls |
| 491-509 | Ergodic and quasideterministic properties of finite-dimensional stochastic systems | M. M. Tropper |
| 511-528 | Ergodic properties of infinite-dimensional stochastic systems | M. M. Tropper |
| 529 | Future contributions toJournal of Statistical Physics |
| 1-18 | Number fluctuation analysis of random locomotion. Statistics of a Smoluchowski process | Stephen L. Brenner, Ralph J. Nossal and George H. Weiss |
| 19-38 | Some comments on nonequilibrium phase transitions in chemical systems | C. Y. Mou, G. Nicolis and R. M. Mazo |
| 39-52 | Clusters, metastability, and nucleation: Kinetics of first-order phase transitions | M. Kalos, Joel L. Lebowitz, O. Penrose and A. Sur |
| 53-58 | A generalization of Rayleigh's theorem for the infinite harmonic crystal | Leo van Hemmen |
| 59-89 | Cell hydrodynamics: An information-conserving theory | P. B. Visscher |
| 91-105 | Coupling of translational and reactive dynamics for a simple lattice model | Scott H. Northrup and James T. Hynes |
| 107 | Monotone decrease of characteristic functions | Richard S. Ellis |
| 109 | Future contributions toJournal of Statistical Physics | |
| 111-116 | Program of the 38th statistical mechanics meeting |
| 237-270 | Kinetic theory of nonlinear viscous flow in two and three dimensions | M. H. Ernst, B. Cichocki, J. R. Dorfman, J. Sharma and H. van Beijeren |
| 271-280 | On the derivation of quantum kinetic equations. I. Collision expansions | Ch. G. van Weert and W. P. H. de Boer |
| 281-292 | On the derivation of quantum kinetic equations. II. Nonlocal Uehling-Uhlenbeck equation | W. P. H. de Boer and Ch. G. van Weert |
| 293-308 | Metastability in the two-dimensional ising model | R. J. McCraw and L. S. Schulman |
| 309-317 | Time correlation functions of a one-dimensional infinite system | Toshio Niwa |
| 319-331 | Generalized nonlinear master equations for local fluctuations: Dimensionality expansions and augmented mean field theory | M. DelleDonne and P. Ortoleva |
| 333 | Future contributions toJournal of Statistical Physics |
| 335-383 | Phase transitions in quantum spin systems with isotropic and nonisotropic interactions | Freeman J. Dyson, Elliott H. Lieb and Barry Simon |
| 385-407 | Origin of the Landau-Lifshitz hydrodynamic fluctuations in nonequilibrium systems and a new method for reducing the Boltzmann equation | Kazuko T. Mashiyama and Hazime Mori |
| 409-420 | Book reviews | Laszlo Tisza and J. R. Dorfman |
| 421 | Future contributions toJournal of Statistical Physics |
| 423-444 | Dynamics of the generalized Glauber-Ising chain in a magnetic field | A. Baumgärtner and K. Binder |
| 445-450 | Critical behavior of the correlation function of a coulombic fluid | Magdaleno Medina Noyola and Donald A. McQuarrie |
| 451-474 | Solution of the mean spherical approximation for hard ions and dipoles of arbitrary size | L. Blum |
| 475-499 | On fluctuations in μ-space | Akira Onuki |
| 501-522 | The poisson representation. II Two-time correlation functions | S. Chaturvedi and C. W. Gardiner |
| 523-528 | Response to book review:The kind of motion we call heat | S. G. Brush |
| 529-531 | Response to book review:Statistical mechanics, 2nd ed. 1 | J. E. Mayer |
| 533 | Future contributions toJournal of Statistical Physics |
| 535-555 | Brownian motion of nonlinear oscillators: The projection operator method and its application to a double-well-potential oscillator | Kazuhiro Matsuo |
| 557-575 | Probabilistic bond percolation in random arrays | H. J. Wintle and P. A. Puhach |
| 577-584 | An exact limit for the Peierls distortion energy in an antiferromagnetic chain by means of a renormalization procedure | H. P. van de Braak, W. J. Caspers, F. W. Wiegel and M. W. M. Willemse |
| 585-632 | Dynamics of the open BCS model | Emmanuel Buffet and Philippe A. Martin |
| 633-635 | A note on the bimodal stationary distributions in hard chemical instabilities | Itamar Procaccia and Shaul Mukamel |
| 637-638 | Future contributions toJournal of Statistical Physics | |
| 639-643 | Program of the 39th Statistical Mechanics Meeting |
| 1-24 | Statistical mechanics of a nonlinear stochastic model | Rashmi C. Desai and Robert Zwanzig |
| 25-52 | Quantitative universality for a class of nonlinear transformations | Mitchell J. Feigenbaum |
| 53-64 | Spanning lengths of percolation clusters | Ralph J. Harrison, George H. Bishop and George D. Quinn |
| 65-75 | Stochastic theory of nonlinear rate processes with multiple stationary states. II. Relaxation time from a metastable state | K. Matsuo, K. Lindenberg and K. E. Shuler |
| 77-106 | Essential singularity in percolation problems and asymptotic behavior of cluster size distribution | Hervé Kunz and Bernard Souillard |
| 107 | Future contributions to Journal of Statistical Physics | |
| 108 | Announcement |
| 109-127 | A unified approach for deriving kinetic equations in nonequilibrium statistical mechanics. II. Approximate results | J. L. del Rio and L. S. García-Colín |
| 129-147 | Multiple trapping of random walkers on periodic lattices | Alberto Robledo and Luis Woodhouse |
| 149-161 | The statistics of Curie-Weiss models | Richard S. Ellis and Charles M. Newman |
| 163-176 | Collective modes and dynamic structure factor of a two-dimensional electron fluid | Marc Baus |
| 177-189 | Delta-function expansion of Mayer function with application to virial coefficients | James C. Rainwater |
| 191-200 | Exact analytical formulas for the distribution functions of charged hard spheres in the mean spherical approximation | Douglas Henderson and William R. Smith |
| 201-202 | Addendum to Henderson and Smith's exact formulas for the pair correlation functions of charged hard spheres in the mean spherical approximation | L. Blum |
| 203-204 | Future contributions toJournal of Statistical Physics |
| 205-218 | The Yang-Lee edge singularity in spherical models | Douglas A. Kurtze and Michael E. Fisher |
| 219-242 | Percolation and cluster distribution. II. layers, variable-range interactions, and exciton cluster model | J. Hoshen, R. Kopelman and E. M. Monberg |
| 243-267 | Growth of clusters in a first-order phase transition | O. Penrose, Joel L. Lebowitz, J. Marro, M. H. Kalos and A. Sur |
| 269-292 | Critical exponents and large-order behavior of perturbation theory | E. Brézin and G. Parisi |
| 293-314 | Statistical mechanics of a dynamical system based on Conway's game of Life | L. S. Schulman and P. E. Seiden |
| 315 | Future contributions toJournal of Statistical Physics |
| 317-324 | Solution of the Ornstein-Zernike equation with Yukawa closure for a mixture | L. Blum and J. S. Høye |
| 325-332 | Langevin equation with multi-Poissonian noise | Akira Onuki |
| 333-340 | Generalized master equations under delocalized initial conditions | V. M. Kenkre |
| 341-347 | Long-time correlation effects on displacement distributions | B. J. Alder and W. E. Alley |
| 349-358 | Susceptibility of the rectangular Ising ferromagnet | D. B. Abraham |
| 359-366 | Continuity of the temperature and derivation of the Gibbs canonical distribution in classical statistical mechanics | R. Rechtman and O. Penrose |
| 367-390 | Scaling properties of models of nonequilibrium phenomena | S. W. Lovesey |
| 391-404 | The theory of melting in heteropolymers. I. Random chains | A. Vilenkin |
| 405-415 | The theory of melting in heteropolymers. II. Correlated chains | I. Simon and A. Vilenkin |
| 417-425 | Decimation transformations in lattice systems of continuous spins | Gerald L. Jones |
| 427 | Future contributions toJournal of Statistical Physics |
| 561 | Important announcement | |
| 563-574 | Structure of interfaces from uniformity of the chemical potential | B. Widom |
| 575-586 | Thermodynamical proof of the Gibbs formula for elementary quantum systems | A. Lenard |
| 587-591 | Connection between dissipative and resonant conservative nonlinear oscillators | John McLaughlin |
| 593-609 | H-theorem for the (modified) nonlinear Enskog equation | P. Resibois |
| 611-622 | High-density percolation: Exact solution on a Bethe lattice | G. R. Reich and P. L. Leath |
| 623-632 | Exact results for the Potts model in two dimensions | A. Hintermann, H. Kunz and F. Y. Wu |
| 633-654 | Transport properties of the Lorentz gas: Fourier's law | Joel L. Lebowitz and Herbert Spohn |
| 655 | Future contributions toJournal of Statistical Physics | |
| 657-662 | Program of the 40th statistical mechanics meeting |
| 1 | Important announcement | |
| 3-18 | A mode-mode coupling theory of chemical reaction in a dense fluid | Myung S. Jhon and John S. Dahler |
| 19-24 | On the microscopic derivation of mode-mode coupling equations | L. S. Garcia-Colin |
| 25-56 | Diffusion-controlled processes among partially absorbing stationary sinks | Julian R. Lebenhaft and Raymond Kapral |
| 57-81 | The fluctuation-dissipation theorem for contracted descriptions of Markov processes | D. H. Berman |
| 83-93 | On the memory functions in simple classical liquids | T. Nishigori |
| 95-114 | Square lattice variational approximations applied to the Ising model | S. K. Tsang |
| 115-119 | On a class of solutions of nonlinear Boltzmann equations | Dipankar Ray |
| 121 | Future contributions toJournal of Statistical Physics |
| 123-162 | Estimates of critical lengths and critical temperatures for classical and quantum lattice systems | W. Driessler, L. Landau and J. Fernando Perez |
| 163-173 | Existence of the thermodynamic limit in nonequilibrium systems | Masuo Suzuki |
| 175-179 | An example of the effect of irreversible microscopic dynamics on the macroscopic behavior of a large system | Michael Coopersmith |
| 181-196 | Randomly transitional phenomena in the system governed by Duffing's equation | Yoshisuke Ueda |
| 197-200 | Translation of J. D. van der Waals' “The thermodynamik theory of capillarity under the hypothesis of a continuous variation of density” | J. S. Rowlinson |
| 200-244 | The thermodynamic theory of capillarity under the hypothesis of a continuous variation of density | J. D. van der Waals |
| 245 | Future contributions toJournal of Statistical Physics |
| 247-257 | Optimal truncation procedures in renormalization-group calculations | Theodore W. Burkhardt and B. W. Southern |
| 259-301 | Nonlinear transport in the Boltzmann limit | James W. Dufty and Michael J. Lindenfeld |
| 303-316 | Collision operators as generators of Markov processes and their spectra | Reinhard Illner and Ivan Kuščer |
| 317-330 | On a class of exactly soluble statistical mechanical models with nonpolynomial interactions | J. G. Brankov, N. S. Tonchev and V. A. Zagrebnov |
| 331-345 | Adsorption of dipolar hard spheres onto a smooth, hard wall in the presence of an electric field | D. J. Isbister and B. C. Freasier |
| 347 | Dynamics of the open BCS model | Emmanuel Buffet and Philippe A. Martin |
| 349 | Future contributions toJournal of Statistical Physics |
| 351-369 | Stochastic dynamics of two-dimensional infinite-particle systems | J. Fritz |
| 371-383 | Phase transitions in lattice gas models for water | Ole J. Heilmann and Dale A. Huckaby |
| 385-413 | Nucleation near a critical temperature | Robert McGraw and Howard Reiss |
| 415-447 | Renormalized kinetic theory of nonequilibrium many-particle classical systems | Harvey A. Rose |
| 449-462 | Global solutions of the Boltzmann equation on a lattice | Carlo Cercignani, William Greenberg and P. F. Zweifel |
| 463-470 | Boltzmann equation on a lattice: Existence and uniqueness of solutions | Herbert Spohn |
| 471 | Future contributions toJournal of Statistical Physics |
| 473-486 | Critical fluctuation universality in chemically oscillatory systems: A soluble master equation | M. DelleDonne and P. Ortoleva |
| 487-497 | An upper bound for the ground-state energy of an antiferromagnetic chain with next-nearest-neighbor interaction | H. P. van de Braak, W. J. Caspers, P. K. H. Gragert and M. W. M. Willemse |
| 499-545 | Mathematical properties of position-space renormalization-group transformations | Robert B. Griffiths and Paul A. Pearce |
| 547-555 | The nonsymmetric pressure tensor in polyatomic fluids | Denis J. Evans |
| 557-569 | The equivalence of ensembles and the Gibbs phase rule for classical lattice systems | Anders Martin-Löf |
| 571 | Future contributions toJournal of Statistical Physics |
| 1-22 | “Thought-experiments” by molecular dynamics | G. Ciccotti, G. Jacucci and I. R. McDonald |
| 23-32 | Probabilistic methods for stationary problems of linear transport theory | Michael Aizenman and Herbert Spohn |
| 33-50 | Simple kinetic model of symmetry breaking | J. Coste, J. Peyraud and P. Coullet |
| 51-54 | On bifurcations inducing a strange attractor in the system of A. M. Oboukhov | D. M. Sonechkin |
| 55-64 | Asymptotic form of the mean spherical approximation for the internal energy of the classical one-component plasma | Harvey Gould, R. G. Palmer and Gentil A. Estévez |
| 65-86 | Chaotic response of a limit cycle | Kazuhisa Tomita and Tohru Kai |
| 87-100 | An alternative construction of the Percus-Yevick equation based on the equilibrium BBGKY hierarchy | R. L. Varley |
| 101-102 | Future contributions toJournal of Statistical Physics |
| 103-123 | Series expansions from corner transfer matrices: The square lattice Ising model | R. J. Baxter and I. G. Enting |
| 125-167 | Kinetic theory of hard spheres | H. van Beijeren and M. H. Ernst |
| 169-179 | On the Lifschitz singularity and the tailing in the density of states for random lattice systems | M. Romerio and W. Wreszinski |
| 181-189 | Closure approximation error in the mean solution of stochastic differential equations by the hierarchy method | G. Adomian and K. Malakian |
| 191-214 | Semiclassical laser theory in the stochastic and thermodynamic frameworks | H. Hasegawa and T. Nakagomi |
| 215-227 | Path integrals and lower bounds for density matrices | Eugene P. Gross |
| 229 | Future contributions toJournal of Statistical Physics |
| 231-242 | Invariant subspaces of clustering operators | V. A. Malyshev and R. A. Minlos |
| 243-261 | Nonclassical equations of state for critical and tricritical points | Jeffrey R. Fox |
| 263-277 | Metastable chaos: The transition to sustained chaotic behavior in the Lorenz model | James A. Yorke and Ellen D. Yorke |
| 279-288 | Linear response and relaxation in quantum lattice systems | J. Naudts, J. V. Pulè and A. Verbeure |
| 289-300 | The kinetic Ising model: Exact susceptibilities of two simple examples | J. C. Kimball |
| 301-311 | Tunneling and transport problems for a quantum mechanical Brownian particle | R. G. Carbonell and B. J. McCoy |
| 313-335 | Stochastic quantization and detailed balance in Fokker-Planck dynamics | L. Garrido, D. Lurié and M. San Miguel |
| 337-339 | Book review:Path integrals | F. W. Wiegel |
| 341-344 | In Memorium: Oscar Knefler Rice, 1903–1978 | B. Widom |
| 345 | Future contributions toJournal of Statistical Physics |
| 347-392 | Theory of irreversible processes in nonequilibrium quantum systems. I. General formalism | Nobuhiko Mishima, Tomio Yamakoshi Petrosky and Ryoji Suzuki |
| 393-413 | Theory of irreversible processes in nonequilibrium quantum systems. II. Cluster expansions with contraction for homogenous systems | Tomio Yamakoshi Petrosky |
| 415-437 | Diffusion in a bistable potential: A systematic WKB treatment | B. Caroli, C. Caroli and B. Roulet |
| 439-446 | Introduction to a Brownian quasiparticle model | P. Combis, J. Fronteau and A. Tellez-Arenas |
| 447-464 | Single-particle motion in the strongly coupled one-component plasma | B. Bernu |
| 465-494 | On the Hénon-Pomeau attractor | Carles Simó |
| 495 | Future contributions toJournal of Statistical Physics |
| 497-516 | Commensurability in one-dimensional lattices at finite temperature | J. E. Sacco, A. Widom and J. B. Sokoloff |
| 517-548 | Random walks on periodic and random lattices. II. Random walk properties via generating function techniques | V. Seshadri, Katja Lindenberg and Kurt E. Shuler |
| 549-559 | Long-time behavior of the Lorentz electron gas in a constant, uniform electric field | J. Piasecki and E. Wajnryb |
| 561-572 | Zeros of the partition function and Gaussian inequalities for the plane rotator model | François Dunlop |
| 573-582 | On the equivalence of boundary conditions | Jean Bricmont, Joel L. Lebowitz and Charles E. Pfister |
| 583-600 | Percolation and cluster distribution. III. Algorithms for the site-bond problem | J. Hoshen, P. Klymko and R. Kopelman |
| 601-607 | The symmetry of ground states under perturbation | Gary C. Hamrick and Charles Radin |
| 609-611 | A note on occupation times of random walks | George H. Weiss |
| 613 | Future contributions toJournal of Statistical Physics |
| 615-633 | Correlation inequalities for vector spin models | James L. Monroe and Paul A. Pearce |
| 635-647 | One-dimensional model with rotational and liquid-crystalline phase transitions | A. Fulińiski and L. Longa |
| 649-657 | Discretized Boltzmann equation: Lattice limit and non-Maxwellian gases | William Greenberg, Jürgen Voigt and P. F. Zweifel |
| 659-667 | Solution of the Ornstein-Zernike equation for a soft-core Yukawa fluid | P. T. Cummings, C. C. Wright, J. W. Perram and E. R. Smith |
| 669-706 | The universal metric properties of nonlinear transformations | Mitchell J. Feigenbaum |
| 707-726 | Sequences of infinite bifurcations and turbulence in a five-mode truncation of the Navier-Stokes equations | Valter Franceschini and Claudio Tebaldi |
| 727-738 | The distribution of clusters for the Ising model | F. Delyon |
| 739-745 | Boundary conditions and cluster property in two-dimensional Ising ferromagnets | D. Merlini |
| 747 | Future contributions to Journal of Statistical Physics |
| 1-26 | The stochastic Boltzmann equation and hydrodynamic fluctuations | Hiroshi Ueyama |
| 27-57 | The Luttinger model | R. Heidenreich, R. Seiler and D. A. Uhlenbrock |
| 59-64 | Correlation inequalities for antiferromagnets | S. B. Shlosman |
| 65-67 | A remark on truncation schemes of cumulant hierarchies | P. Hänggi and P. Talkner |
| 69-79 | Extrema statistics of Wiener-Einstein processes in one, two, and three dimensions | V. Seshadri and Katja Lindenberg |
| 81-90 | Enhancedt−3/2 long-time tail for the stress-stress time correlation function | Denis J. Evans |
| 91-96 | Bounds for free energy derivatives using renormalization group methods | Michael N. Barber and Peter T. Binns |
| 97-109 | Internal configurations of span-constrained random walks | George H. Weiss and Robert J. Rubin |
| 111-119 | Absence of long-range order with long-range potentials | Marc Baus |
| 121 | Future contributions to Journal of Statistical Physics | |
| 123-129 | Program of the 42nd Statistical Mechanics Meeting |
| 123-192 | The FKG inequality for the Yukawa2 quantum field theory | Guy A. Battle and Lon Rosen |
| 193-236 | Equilibrium properties of classical systems with long-range forces. BBGKY equation, neutrality, screening, and sum rules | Ch. Gruber, Ch. Lugrin and Ph. A. Martin |
| 237-257 | Equilibrium time correlation functions in the low-density limit | H. van Beijeren, O. E. Lanford, J. L. Lebowitz and H. Spohn |
| 259-277 | Effect of disorder on relaxation in the one-dimensional Glauber model | Deepak Dhar and Mustansir Barma |
| 279 | Future contributions to Journal of Statistical Physics |
| 281-287 | The ground state for sticky disks | Raymond C. Heitmann and Charles Radin |
| 289-296 | Deviations from the Poisson behavior of equilibrium fluctuations in a closed system | W. H. Zurek and W. C. Schieve |
| 297-347 | Phase transitions and reflection positivity. II. Lattice systems with short-range and Coulomb interactions | Jürg Fröhlich, Robert B. Israel, Elliott H. Lieb and Barry Simon |
| 349-362 | Superstability estimates for anharmonic systems | G. Benfatto, C. Marchioro, E. Presutti and M. Pulvirenti |
| 363-396 | “Critical clusters” in a supersaturated vapor: Theory and Monte Carlo simulation | K. Binder and M. H. Kalos |
| 397-406 | A Feigenbaum sequence of bifurcations in the Lorenz model | Valter Franceschini |
| 407 | Future Contributions to Journal of Statistical Physics |
| 409-433 | Open quasi-free systems | Alberto Frigerio, Vittorio Gorini and Joe V. Pulé |
| 435-463 | The charge fluctuations in classical Coulomb systems | Ph. A. Martin and T. Yalcin |
| 465-489 | Hard-square lattice gas | R. J. Baxter, I. G. Enting and S. K. Tsang |
| 491-493 | Mean field upper bound on the transition temperature in multicomponent ferromagnets | Barry Simon |
| 495-512 | Systematic analysis of the multivariate master equation for a reaction-diffusion system | G. Nicolis and M. Malek-Mansour |
| 513 | Future contributions toJournal of Statistical Physics |
| 515-536 | A WKB treatment of diffusion in a multidimensional bistable potential | B. Caroli, C. Caroli, B. Roulet and J. F. Gouyet |
| 537-552 | Microdynamics and nonlinear stochastic processes of gross variables | H. Grabert, P. Hänggi and P. Talkner |
| 553-562 | Kinetic equation in the kinetic region of the dilute and nonuniform electron plasma | Masaaki Watanabe |
| 563-591 | The computer as a physical system: A microscopic quantum mechanical Hamiltonian model of computers as represented by Turing machines | Paul Benioff |
| 593-604 | Mean spherical model for hard ions and dipoles: Thermodynamics and correlation functions | Fernando Vericat and Lesser Blum |
| 605-624 | A colored-noise approach to Brownian motion in position space. Corrections to the Smoluchowski equation | M. San Miguel and J. M. Sancho |
| 625 | Future contributions toJournal of Statistical Physics |
| 627-645 | Maxwell | |
| 647-660 | Strong coupling expansion for classical statistical dynamics | Carl M. Bender, Fred Cooper, Gerald Guralnik, Harvey A. Rose and David H. Sharp |
| 661-672 | Solution of the Ornstein-Zernike equation for a mixture of hard ions and Yukawa closure | Lesser Blum |
| 673-684 | Convergence of block spins defined by a random field | Carla C. Neaderhouser |
| 685-708 | Hard-particle fluids. I. General scaled-particle-like descriptions | Boris Barboy and William M. Gelbart |
| 709-742 | Hard-particle fluids. II. Generaly-expansion-like descriptions | Boris Barboy and William M. Gelbart |
| 743 | Erratum: Velocity of a perturbation in infinite lattice systems | C. Marchioro, A. Pellegrinotti, M. Pulvirenti and L. Triolo |
| 745 | Future Contributions toJournal of Statistical Physics | |
| 747-754 | Program of the French American seminar on Statistical Mechanics and Quantum Field Theory and the 43rd Statistical Mechanics Meeting |
| 1-10 | Circle theorem for hard-core binary lattice gases | L. K. Runnels and J. L. Lebowitz |
| 11-25 | Lattice random walks for sets of random walkers. First passage times | Katja Lindenberg, V. Seshadri, K. E. Shuler and George H. Weiss |
| 27-47 | Discovery of closed orbits of dynamical systems with the use of computers | Ja. G. Sinai and E. B. Vul |
| 49-82 | Field-theoretic approach to second-order phase transitions in two- and three-dimensional systems | Giorgio Parisi |
| 83-110 | Microscopic modes in a Fermi superfluid. I. Linearized kinetic equations | L. E. Reichl |
| 111-125 | Microscopic modes in a Fermi superfluid. II. Dispersion relations | L. E. Reichl |
| 127 | Book review: The maximum entropy formalism | Irwin Oppenheim |
| 129 | Future contributions to Journal of Statistical Physics |
| 131-148 | Complex free energies and metastable lifetimes | C. M. Newman and L. S. Schulman |
| 149-166 | On the Krook-Wu model of the Boltzmann equation | H. Cornille |
| 167-202 | Solutions of the Boltzmann equation for Maxwell interactions and singular angle-dependent cross sections | H. Cornille and A. Gervois |
| 203-217 | Phase transition for Ising frustration potentials | A. Sütó |
| 219-230 | Simple cell model with collapse instability | F. H. Stillinger |
| 231-240 | Joint diffusion on the line | Domokos Szász |
| 241-263 | Kinetics of polymerization | Robert M. Ziff |
| 265 | Future contributions toJournal of Statistical Physics |
| 267-280 | Lower bounds on the cluster size distribution | Michael Aizenman, FranÇois Delyon and Bernard Souillard |
| 281-313 | Nonequilibrium thermodynamics of lasing and bistable optical systems | H. Hasegawa, T. Nakagomi, M. Mabuchi and K. Kondo |
| 315-319 | Nonconcavity of the magnetization in Ising ferromagnets | James L. Monroe |
| 321-333 | Trajectory divergence for coupled relaxation oscillators: Measurements and models | J. P. Gollub, E. J. Romer and J. E. Socolar |
| 335-402 | Kinetic theory of hydrodynamic flows. I. The generalized normal solution method and its application to the drag on a sphere | Henk van Beijeren and J. R. Dorfman |
| 403 | Future contributions toJournal of Statistical Physics |
| 405-442 | On the equation of state of classical one-component systems with long-range forces | Ph. Choquard, P. Favre and Ch. Gruber |
| 443-461 | Kinetic theory of hydrodynamic flows. II. The drag on a sphere and on a cylinder | Henk van Beijeren and J. R. Dorfman |
| 463-482 | Fluctuating hydrodynamic equations of mixed and of chemically reacting gases | Hiroshi Ueyama |
| 483-494 | Coding of Gibbs function flows from nucleotide pools | Alexandr Křemen |
| 495-520 | Statistical thermodynamics of the formation of a new phase in the boiling up of volatile liquids | B. V. Derjaguin, A. V. Prokhorov and N. N. Tunitskij |
| 521-536 | Iterations of transformations on the unit interval: Approach to a periodic attractor | Jean Coste |
| 537 | Future contributions toJournal of Statistical Physics |
| 539-559 | Response function theory for far-from-equilibrium statistical systems | Roberto Luzzi and Aurea R. Vasconcellos |
| 561-586 | Asymptotic distributions for self-avoiding walks constrained to strips, cylinders, and tubes | Douglas J. Klein |
| 587-607 | Differential renormalization of van der Waals spin models | Raf Dekeyser and Attilio Stella |
| 609-625 | Differential real-space renormalization of thed-Dimensional Gaussian model | Yoshitake Yamazaki, Henk J. Hilhorst and Günther Meissner |
| 627-638 | Correlation functions of odd numbers of spins with finite separations on the Onsager-Ising lattice | Scott R. Chubb and David Fox |
| 639-652 | On the characterization of the stationary state of a class of dynamical semigroups | Hiroshi Hasegawa and Teruaki Nakagomi |
| 653 | Future contributions toJournal of Statistical Physics |
| 655 | Important announcement | |
| 657-699 | Shielded distribution approximation for a wall-bounded classical fluid | J. K. Percus |
| 701-753 | Correlation inequalities and the thermodynamic limit for classical and quantum continuous systems II. Bose-Einstein and Fermi-Dirac statistics | Jürg Fröhlich and Yong Moon Park |
| 755-765 | Equal-time second-order moments of a harmonic oscillator with stochastic frequency and driving force | Katja Lindenberg, V. Seshadri, K. E. Shuler and Bruce J. West |
| 767-772 | Canonical ensemble and nonequilibrium states by molecular dynamics | G. Ciccotti and A. Tenenbaum |
| 773-782 | Exact results for a dilute Potts model | F. Y. Wu |
| 783-784 | Future Contributions toJournal of Statistical Physics |
| 301-324 | A nonequilibrium analog of the Percus-Yevick equation | R. L. Varley |
| 325-343 | A nonequilibrium entropy for dynamical systems | S. Goldstein and O. Penrose |
| 345-358 | The effect of external noise in the Lorenz model of the Bénard problem | Annette Zippelius and Manfred Lücke |
| 359-373 | Linear systems and normality | Z. Kotulski and K. Sobczyk |
| 375-388 | Period-doubling bifurcations and chaotic motion for a parametrically forced pendulum | John B. McLaughlin |
| 389-401 | Solution of the Ornstein-Zernike equation for a softcore Yukawa fluid. II. Numerical results | C. C. Wright and P. T. Cummings |
| 403 | Future contributions toJournal of Statistical Physics |
| 555-586 | Cluster expansion and generalized transfer matrices for the statistical mechanics of linear chains | Douglas J. Klein and Terry L. Welsher |
| 587-594 | First passage time problems for one-dimensional random walks | George H. Weiss |
| 595-606 | On the spectrum of the Rayleigh piston | Wulf Driessler |
| 607-616 | Correlation functions for diatomic symmetric molecules from the RISM equation | G. P. Morriss and E. R. Smith |
| 617-701 | On the statistical mechanics of classical Coulomb and dipole gases | Jürg Fröhlich and Thomas Spencer |
| 703 | Growth of clusters in a first-order phase transition | O. Penrose, Joel L. Lebowitz, J. Marro, M. H. Kalos and A. Sur |
| 705 | Future contributions toJournal of Statistical Physics | |
| 707-712 | Program of the 44th Statistical Mechanics Meeting and the 19th Eastern Theoretical Physics Conference Department of Mathematics and Physics Rutgers University |
| 1-14 | Period doubling bifurcations for families of maps on ℝn | P. Collet, J. -P. Eckmann and H. Koch |
| 15-23 | One-dimensional Ising chain with competing interactions: Exact results and connection with other statistical models | S. Redner |
| 25-50 | More inequalities for critical exponents | Alan D. Sokal |
| 51-56 | Rigorous proof of the high-temperature Josephson inequality for critical exponents | Alan D. Sokal |
| 57-72 | Absence of second-order phase transitions in the Dobrushin uniqueness region | Leonard Gross |
| 73-109 | Some properties of stochastic equations for coupled chemical reactions far from equilibrium | C. Blomberg |
| 111-126 | On intrinsic randomness of dynamical systems | S. Goldstein, B. Misra and M. Courtage |
| 127-141 | Piecewise optimal linearization method for nonlinear stochastic differential equations | John O. Eaves and William P. Reinhardt |
| 143-152 | Ising-like field theory | C. Cammarota |
| 153-180 | Nonequilibrium fluctuations in μ space | M. H. Ernst and E. G. D. Cohen |
| 181 | Future contributions to Journal of Statistical Physics |
| 223-281 | Very-short-wavelength collective modes in fluids | I. M. de Schepper and E. G. D. Cohen |
| 283-316 | A generalized Langevin equation for dealing with nonadditive fluctuations | Paolo Grigolini |
| 317-338 | On the expansion of linear response functions—Application to electrical conductivity of disordered metals | Shaul Mukamel |
| 339-353 | Time relaxation of the solutions of master equations for large systems | J. O. Vigfusson |
| 355-363 | On the expected number of distinct points in a subset visited by anN-step random walk | George H. Weiss and Michael F. Shlesinger |
| 365-388 | Truncated Navier-stokes equations: continuous transition from a five-mode to a seven-mode model | Laura Tedeschini-Lalli |
| 389-405 | Tail shortening by discrete hydrodynamics | J. Kiefer and P. B. Visscher |
| 407-417 | System of magnetic particles in an external magnetic field: Surface and bulk structure | Esteban Martina and G. Stell |
| 419-422 | Instabilities of Rényi entropies | Bernhard Lesche |
| 423 | Future contributions toJournal of Statistical Physics |
| 1-27 | Supercritical behavior of an ordered trajectory | Leo P. Kadanoff |
| 29-85 | Critical dynamics and fluctuations for a mean-field model of cooperative behavior | Donald A. Dawson |
| 87-106 | Noise-induced order | K. Matsumoto and I. Tsuda |
| 107-114 | One-dimensional Boltzmann equation with a three-body collision term | Shang -keng Ma |
| 115-128 | Lower bounds for Wiener integrals | Eugene P. Gross |
| 129-140 | The two-dimensional one-component plasma at Γ=2: Behavior of correlation functions in strip geometry | P. J. Forrester, B. Jancovici and E. R. Smith |
| 141-154 | The existence of a phase transition in classical antiferromagnetic models | Francisco J. L. C. Calheiros |
| 155-167 | Blocking probability for a multistage clos connecting network | Jean -Luc Lutton, Ernesto Bonomi and Marc Roy Feix |
| 169-228 | High-temperature differentiability of lattice Gibbs states by Dobrushin uniqueness techniques | Chetan Prakash |
| 229-230 | Future contributions toJournal of Statistical Physics |
| 293-319 | The kinetic boundary layer for the Klein-Kramers equation; A new numerical approach | Jonathan V. Selinger and U. M. Titulaer |
| 321-365 | Continuity of type-I intermittency from a measure-theoretical point of view | C. Meunier |
| 367-400 | Correlations and spectra of an intermittent chaos near its onset point | Byon Chol So, Nobuyuki Yoshitake, Hisao Okamoto and Hazime Mori |
| 401-433 | The long time and Brownian limits for tagged particle motion in liquids | A. Masters and T. Keyes |
| 435-446 | Proof of the existence of the cluster free energy | Ronald Dickman and William C. Schieve |
| 447-470 | Nucleation and metastability in three-dimensional Ising models | Dieter W. Heermann, Antonio Coniglio, W. Klein and Dietrich Stauffer |
| 471-488 | On the validity of the inverse conjecture in classical density functional theory | J. T. Chayes and L. Chayes |
| 489-516 | Upper bound on the decay of correlations in the plane rotator model with long-range random interaction | P. Picco |
| 517-518 | Future contributions toJournal of Statistical Physics |
| i | Important announcement | |
| 1-2 | Introduction | |
| 3-36 | Overview of theoretical models for reaction rates | George H. Weiss |
| 37-48 | Some concepts in condensed phase chemical kinetics | Steven A. Adelman |
| 49-67 | Roles of classical dynamics and quantum dynamics on activated processes occurring in liquids | David Chandler |
| 69-82 | Diffusion-influenced reactions | R. I. Cukier |
| 83-104 | Activated barrier crossing: Comparison of experiment and theory | Graham R. Fleming, Scott H. Courtney and Michael W. Balk |
| 105-148 | Escape from a metastable state | Peter Hanggi |
| 149-168 | Chemical reaction rates and solvent friction | James T. Hynes |
| 169-184 | A singular perturbation approach to first passage times for Markov jump processes | C. Knessl, B. J. Matkowsky, Z. Schuss and C. Tier |
| 185-200 | Rate processes on fractals: Theory, simulations, and experiments | Raoul Kopelman |
| 201-243 | The first, the biggest, and other such considerations | Katja Lindenberg and Bruce J. West |
| 245-246 | Future contributions toJournal of Statistical Physics |
| 813-842 | Exact solution of the totally asymmetric simple exclusion process: Shock profiles | B. Derrida, S. A. Janowsky, J. L. Lebowitz and E. R. Speer |
| 843-851 | A dilute bootstrap percolation: Lattice model for unresponsiveness in T-cell immunology | Marcelle Kaufman and Dietrich Stauffer |
| 853-877 | Review of new experimental techniques for investigating random sequential adsorption | J. J. Ramsden |
| 879-892 | Nonequilibrium dynamics of a diffusion-limited reaction driven by a cluster-memory mechanism | T. S. Ray and L. L. Moseley |
| 893-926 | Existence and nonexistence of traveling waves and reaction-diffusion front propagation in periodic media | Jack X. Xin |
| 927-944 | Exponential convergence of Toom's probabilistic cellular automata | S. A. Berezner, M. Krutina and V. A. Malyshev |
| 945-958 | Multiscale representation of generating and correlation functions for some models of statistical mechanics and quantum field theory | Michael O'Carroll |
| 975-976 | Future contributions toJournal of Statistical Physics |
| 869-880 | Testing for scaling in natural forms and observables | A. A. Tsonis and J. B. Elsner |
| 881-899 | Exact solutions of anisotropic diffusion-limited reactions with coagulation and annihilation | Vladimir Privman, António M. R. Cadilhe and M. Lawrence Glasser |
| 901-934 | Metrics for probability distributions and the trend to equilibrium for solutions of the Boltzmann equation | G. Gabetta, G. Toscani and B. Wennberg |
| 935-987 | Fick's law and fractality of nonequilibrium stationary states in a reversible multibaker map | Shuichi Tasaki and Pierre Gaspard |
| 989-1005 | Does the Gaussian thermostat maximize the phase-space compression factor? | J. M. Montanero, A. Santos and V. Garzó |
| 1007-1019 | On the ergodic properties of Glauber dynamics | D. Stroock and B. Zegarlinski |
| 1037-1038 | Future contributions to Journal of Statistical Physics |
| 525-550 | Energy level statistics in disordered metals with an anderson transition | S. N. Evangelou and D. E. Katsanos |
| 551-574 | From quantum cellular automata to quantum lattice gases | David A. Meyer |
| 575-606 | Upper bounds for the energy expectation in time-dependent quantum mechanics | Alain Joye |
| 607-637 | Absence of renormalization group pathologies near the critical temperature. Two examples | Karl Haller and Tom Kennedy |
| 639-679 | Quantum chaotic dynamics and random polynomials | E. Bogomolny, O. Bohigas and P. Leboeuf |
| 681-743 | Multifractal dimensions for branched growth | Thomas C. Halsey, Katsuya Honda and Bertrand Duplantier |
| 745-761 | On the flux phase conjecture at half-filling: An improved proof | Nicolas Macris and Bruno Nachtergaele |
| 763-797 | Exact exponent for the number of persistent spins in the zero-temperature dynamics of the one-dimensional Potts model | Bernard Derrida, Vincent Hakim and Vincent Pasquier |
| 799-805 | In memoriam |
| 1021-1049 | Canonical versus Grand-Canonical Free Energies and Phase Diagrams of a Bipolaronic Superconductor Model | T. Gerisch, R. Münzner and A. Rieckers |
| 1051-1110 | Metastability for the Exclusion Process with Mean-Field Interaction | Amine Asselah and Giambattista Giacomin |
| 1111-1142 | Interface Fluctuations for the D = 1 Stochastic Ginzburg–Landau Equation with Nonsymmetric Reaction Term | Stella Brassesco and Paolo Buttà |
| 1143-1167 | Domain of Definition of Levermore's Five-Moment System | Michael Junk |
| 1169-1182 | Author Index for Journal of Statistical Physics (1998) | |
| 1183-1184 | Future Contributions to Journal of Statistical Physics |
| 713-730 | Thermodynamic Properties of the Two-Dimensional Two-Component Plasma | L. Šamaj and I. Travěnec |
| 731-746 | Stability of Attractive Bose–Einstein Condensates | Jian Zhang |
| 747-774 | Extension of the Arrowsmith–Essam Formula to the Domany–Kinzel Model | Norio Konno and Makoto Katori |
| 775-817 | Microscopic Chaos and Diffusion | C. P. Dettmann and E. G. D. Cohen |
| 819-841 | Models of the Small World | M. E. J. Newman |
| 843-891 | The Passive Polymer Problem | Kay Jörg Wiese |
| 893-903 | Adhesion Dynamics on the Line: The Mass Aggregation Process | Toufic Suidan |
| 905-919 | Estimates for Non-Resonant Normal Forms in Hamiltonian Perturbation Theory | Enrico Valdinoci |
| 921-931 | Statistical Properties of the 2D Attached Rouse Chain | Olivier Bénichou and Jean Desbois |
| 933 | Future Contributions to Journal of Statistical Physics |
| 935-985 | Spectral Localization by Gaussian Random Potentials in Multi-Dimensional Continuous Space | Werner Fischer, Hajo Leschke and Peter Müller |
| 999-1064 | Large Deviation Principles and Complete Equivalence and Nonequivalence Results for Pure and Mixed Ensembles | Richard S. Ellis, Kyle Haven and Bruce Turkington |
| 1065-1086 | The Limiting Kinetic Equation of the Consistent Boltzmann Algorithm for Dense Gases | Alejandro L. Garcia and Wolfgang Wagner |
| 1087-1136 | Binary Fluids with Long Range Segregating Interaction. I: Derivation of Kinetic and Hydrodynamic Equations | S. Bastea, R. Esposito, J. L. Lebowitz and R. Marra |
| 1137-1150 | Author Index for Journal of Statistical Physics (2000) | |
| 1151-1152 | Future Contributions to Journal of Statistical Physics |
| 1-44 | A Reader's Guide to Gacs's “Positive Rates” Paper | Lawrence F. Gray |
| 45-267 | Reliable Cellular Automata with Self-Organization | Peter Gács |
| 269-282 | Effect of Microscopic Noise on Front Propagation | Éric Brunet and Bernard Derrida |
| 283-300 | On Stable Oscillations and Equilibriums Induced by Small Noise | Mark I. Freidlin |
| 301-337 | Random Incidence Matrices: Moments of the Spectral Density | M. Bauer and O. Golinelli |
| 339-368 | Critical Metastability and Destruction of the Splitting in Non-Autonomous Systems | Vincenzo Grecchi and Andrea Sacchetti |
| 369-394 | Linked-Cluster Expansion of the Ising Model | Massimo Campostrini |
| 395-408 | Growth Diversity in One Dimensional Fluctuating Interfaces | M. D. Grynberg |
| 409-410 | Future Contributions to Journal of Statistical Physics |
| 1-14 | A Model with Simultaneous First and Second Order Phase Transitions | Alain Messager and Bruno Nachtergaele Molchanov |
| 15-57 | Ninth and Tenth Order Virial Coefficients for Hard Spheres in D Dimensions | Nathan Clisby and Barry M. McCoy |
| 59-72 | Slab Percolation and Phase Transitions for the Ising Model | Emilio De Santis and Rossella Micieli |
| 73-94 | New Characterizations of the Region of Complete Localization for Random Schrödinger Operators | Francois Germinet and Abel Klein |
| 95-99 | Simplicity of Eigenvalues in the Anderson Model | Abel Klein and Stanislav Molchanov |
| 101-114 | Remarks on the Balance Relations for the Two-Dimensional Navier–Stokes Equation with Random Forcing | Sergei B. Kuksin |
| 115-135 | Information Loss in Coarse-Graining of Stochastic Particle Dynamics | Markos A. Katsoulakis and José Trashorras |
| 137-167 | Nonergodicity of a Time Series Obeying Lévy Statistics | Gennady Margolin and Eli Barkai |
| 169-193 | Contracting on Average Random IFS with Repelling Fixed Point | Ai Hua Fan, Károly Simon and Hajnal R. Tóth |
| 381-398 | Construction of the Thermodynamic Jamming Limit for the Parking Process and Other Exclusion Schemes on | |
| 399-415 | Equilibrium Fluctuations for a System of Harmonic Oscillators with Conservative Noise | József Fritz, Katalin Nagy and Stefano Olla |
| 417-436 | Quantum Transport and Boltzmann Operators | Philippe Bechouche, Frédéric Poupaud and Juan Soler |
| 437-463 | Narrow Escape, Part I | A. Singer, Z. Schuss, D. Holcman and R. S. Eisenberg |
| 465-489 | Narrow Escape, Part II: The Circular Disk | A. Singer, Z. Schuss and D. Holcman |
| 491-509 | Narrow Escape, Part III: Non-Smooth Domains and Riemann Surfaces | A. Singer, Z. Schuss and D. Holcman |
| 511-529 | A Theory on Flat Histogram Monte Carlo Algorithms | Faming Liang |
| 531-556 | On the Computational Power of Molecular Heat Engines | Dominik Janzing |
| 557-595 | Kramers Equation and Supersymmetry | Julien Tailleur, Sorin Tănase-Nicola and Jorge Kurchan |
| 597-616 | On Invariant Measures of the 2D Euler Equation | Andrei Biryuk |
| 617-645 | The Einstein Relation for Random Walks on Graphs | András Telcs |
| 647-670 | Random Cluster Models on the Triangular Lattice | L. Chayes and H. K. Lei |
| 671-703 | Maximal Clusters in Non-Critical Percolation and Related Models | Remco van Der Hofstad and Frank Redig |
| 705-760 | Transfer Matrices and Partition-Function Zeros for Antiferromagnetic Potts Models | |
| 761-786 | Entropy-Driven Phase Transition in a Polydisperse Hard-Rods Lattice System | D. Ioffe, Y. Velenik and M. Zahradník |
| 787-798 | Guest Charges in an Electrolyte: Renormalized Charge, Long- and Short-Distance Behavior of the Electric Potential and Density Profiles | Gabriel Téllez |
| 799-832 | A Numerical Approach to Copolymers at Selective Interfaces | Francesco Caravenna, Giambattista Giacomin and Massimiliano Gubinelli |
| 833-856 | Unified Solution of the Expected Maximum of a Discrete Time Random Walk and the Discrete Flux to a Spherical Trap | Satya N. Majumdar, Alain Comtet and Robert M. Ziff |
| 857-874 | Ultrametric Broken Replica Symmetry RaMOSt | Luca De Sanctis |
| 875-908 | Configurational Effects in Statistical Theory of Branched Non-Random Polycondensation | Semion I. Kuchanov, Konstantin V. Tarasevich and Timur V. Zharnikov |
| 909-924 | A Stochastic Model for Wound Healing | Thomas Callaghan, Evgeniy Khain, Leonard M. Sander and Robert M. Ziff |
| 925-948 | Front Propagation Dynamics with Exponentially-Distributed Hopping | Elisheva Cohen and David A. Kessler |
| 949-974 | Spectral Properties of Burgers and KPZ Turbulence | V. V. Anh, N. N. Leonenko and L. M. Sakhno |
| 975-1039 | Dynamics and Entropy in the Zhang Model of Self-Organized Criticality | B. Kruglikov and M. Rypdal |
| 1041-1059 | Pointwise and Renyi Dimensions of an Invariant Measure of Random Dynamical Systems with Jumps | Katarzyna Horbacz |
| 1061-1094 | Advanced Statistical Properties of Dispersing Billiards | N. Chernov |
| 1095-1110 | Phase Transitions for Uniformly Expanding Maps | Yakov Pesin and Ke Zhang |
| 1111-1138 | Generalized Physical and SRB Measures for Hyperbolic Diffeomorphisms | Christian Wolf |
| 1139-1193 | Mean-Field Driven First-Order Phase Transitions in Systems with Long-Range Interactions | Marek Biskup, Lincoln Chayes and Nicholas Crawford |
| 1195-1214 | On the Mean-Field Spherical Model | Michael Kastner and Oliver Schnetz |
| 1215-1236 | On the Truncation of Systems with Non-Summable Interactions | S. Friedli and B. N. B. de Lima |
| 1237-1260 | The Chemical Potential | T. A. Kaplan |
| 1261-1291 | Thin-Film Flow Influenced by Thermal Noise | Günther Grün, Klaus Mecke and Markus Rauscher |
| 1293-1296 | Pulled Fronts and the Reproductive Individual | Leo P. Kadanoff |
| 1297-1298 | Book Review: |
| 929-1005 | Critical Dynamics in Thin Films | A. Gambassi and S. Dietrich |
| 1007-1032 | Phase Transitions in Dynamical Random Graphs | Tatyana S. Turova |
| 1033-1058 | Generalized random energy model | N. K. Jana and B. V. Rao |
| 1059-1069 | Exact Dimensional Reduction of Linear Dynamics: Application to Confined Diffusion | Pavol Kalinay and Jerome K. Percus |
| 1071-1128 | A Maximum Entropy Method for Particle Filtering | Gregory L. Eyink and Sangil Kim |
| 1-13 | Propagation of Correlations in Quantum Lattice Systems | Bruno Nachtergaele, Yoshiko Ogata and Robert Sims |
| 15-23 | Does the Third Law of Thermodynamics Hold in the Quantum Regime? | R. F. O’connell |
| 25-46 | Anderson Localization, Non-linearity and Stable Genetic Diversity | Charles L. Epstein |
| 47-86 | A Stationary Phase Approach to the Weak Coupling Schrödinger Equation | Sivan Rottenstreich |
| 87-101 | Extensions of Lieb’s Concavity Theorem | Frank Hansen |
| 103-189 | On the Dynamics of the Glass Transition on Bethe Lattices | Andrea Montanari and Guilhem Semerjian |
| 191-205 | Scaling Laws for the Multidimensional Burgers Equation with Quadratic External Potential | N. N. Leonenko and M. D. Ruiz-Medina |
| 207-230 | Suspension Flows Over Countable Markov Shifts | Luis Barreira and Godofredo Iommi |
| 231-259 | Nonuniversality in Low-Volume-Fraction Ostwald Ripening | Sergio Conti, Andreas Hönig, Barbara Niethammer and Felix Otto |
| 261-267 | Program of the 95th Statistical Mechanics Meeting Rutgers University, May 7–9, 2006 | Joel L. Lebowitz |
| 1105-1129 | Energy Transport in Weakly Anharmonic Chains | Kenichiro Aoki, Jani Lukkarinen and Herbert Spohn |
| 1131-1135 | Collisional Invariants for the Phonon Boltzmann Equation | Herbert Spohn |
| 1137-1178 | Condensation in a Disordered Infinite-Range Hopping Bose–Hubbard Model | T. C. Dorlas, L. A. Pastur and V. A. Zagrebnov |
| 1179-1206 | Renormalization of a Hard-Core Guest Charge Immersed in a Two-Dimensional Electrolyte | L. Šamaj |
| 1207-1229 | Exact Renormalization Group for the Brazovskii Model of Striped Patterns | Y. Shiwa |
| 1231-1253 | Topology and Phase Transitions: The Case of the Short Range Spherical Model | Sebastián Risau-Gusman, Ana C. Ribeiro-Teixeira and Daniel A. Stariolo |
| 1255-1274 | Entropic Repulsion for the High Dimensional Gaussian Lattice Field Between Two Walls | Hironobu Sakagawa |
| 1275-1315 | Whitening as a Tool for Estimating Mutual Information in Spatiotemporal Data Sets | Andreas Galka, Tohru Ozaki, Jorge Bosch Bayard and Okito Yamashita |
| 1-21 | The O(n) Model on the Annulus | John Cardy |
| 23-54 | Rigorous Inequalities Between Length and Time Scales in Glassy Systems | Andrea Montanari and Guilhem Semerjian |
| 55-76 | Quenched Averages for Self-Avoiding Walks and Polygons on Deterministic Fractals | Sumedha and Deepak Dhar |
| 77-124 | Magnetism and the Weiss Exchange Field-A Theoretical Analysis Motivated by Recent Experiments | C. Albert, L. Ferrari, J. Fröhlich and B. Schlein |
| 125-224 | Steady State Thermodynamics | Shin-ichi Sasa and Hal Tasaki |
| 225-243 | Multilayer Markov Chains with Applications to Polymers in Shear Flow | J. Dubbeldam and F. Redig |
| 245-276 | Statistical Thermodynamics: Fundamentals and Applications | Irwin Oppenheim |
| 277-282 | Program of the 94th Statistical Mechanics Meeting Rutgers University, December 18–20, 2005 | Joel L Lebowitz |
| 283-316 | Random-Cluster Representation of the Blume–Capel Model | B. T. Graham and G. R. Grimmett |
| 317-357 | Resummation of Perturbation Series and Reducibility for Bryuno Skew-Product Flows | Guido Gentile |
| 359-409 | Open Systems Viewed Through Their Conservative Extensions | Alexander Figotin and Stephen P. Shipman |
| 411-453 | Large Deviations for Non-Uniformly Expanding Maps | V. Araújo and M. J. Pacifico |
| 455-471 | Nonconcave Entropies in Multifractals and the Thermodynamic Formalism | Hugo Touchette and Christian Beck |
| 473-489 | Non-Markovian Diffusion Over a Saddle with a Generalized Langevin Equation | David Boilley and Yoann Lallouet |
| 491-511 | Linear One-Step Processes with Artificial Boundaries | Sandro Azaele, Igor Volkov, Jayanth R. Banavar and Amos Maritan |
| 801-820 | Heat Transport in Harmonic Lattices | Abhishek Dhar and Dibyendu Roy |
| 821-840 | A Relativistic Version of the Ghirardi–Rimini–Weber Model | Roderich Tumulka |
| 841-872 | Hierarchical Characterization of Complex Networks | Luciano da Fontoura Costa and Filipi Nascimento Silva |
| 873-883 | Critical Values in a Long-range Percolationon Spaces Like Fractals | Jun Misumi |
| 885-921 | Probability of Local Bifurcation Type from a Fixed Point: A Random Matrix Perspective | D. J. Albers and J. C. Sprott |
| 923-942 | Uniqueness for a Class of Spatially Homogeneous Boltzmann Equations Without Angular Cutoff | Nicolas Fournier |
| 943-970 | Some New Results for McKean’s Graphs with Applications to Kac’s Equation | Ester Gabetta and Eugenio Regazzini |
| 971-1011 | Schwinger Boson Formulation and Solution of the Crow-Kimura and Eigen Models of Quasispecies Theory | Jeong-Man Park and Michael W. Deem |
| 1-41 | Onsager-Machlup Theory for Nonequilibrium Steady States and Fluctuation Theorems | Tooru Taniguchi and E. G. D. Cohen |
| 43-73 | Testing Transition State Theory on Kac-Zwanzig Model | G. Ariel and E. Vanden-Eijnden |
| 75-94 | A Nontrivial Scaling Limit for Multiscale Markov Chains | R. E. Lee DeVille and Eric Vanden-Eijnden |
| 95-116 | The Boundary Structure of Zero-Temperature Driven Hard Spheres | Alexander Sotirov |
| 117-132 | Nonequilibrium Gas and Generalized Billiards | Mikhail V. Deryabin and Lev D. Pustyl’nikov |
| 133-156 | A Lattice Model for the Line Tension of a Sessile Drop | Daniel Gandolfo, Lahoussine Laanait, Salvador Miracle-Sole and Jean Ruiz |
| 157-206 | Lattice Boltzmann modeling with discontinuous collision components: Hydrodynamic and Advection-Diffusion Equations | Irina Ginzburg |
| 207-242 | String Matching and 1d Lattice Gases | Muhittin Mungan |
| 431-466 | Cyclic Thermodynamic Processes and Entropy Production | Walid K. Abou Salem and Jürg Fröhlich |
| 467-505 | Charge-Stripe Phases Versus a Weak Anisotropy of Nearest-Neighbor Hopping | V. Derzhko and J. Jedrzejewski |
| 507-583 | First-Order Phase Transition in Potts Models with Finite-Range Interactions | T. Gobron and I. Merola |
| 585-642 | Nonlinear Markov Semigroups and Interacting Lévy Type Processes | Vassili N. Kolokoltsov |
| 643-648 | The Wigner-Yanase Entropy is not Subadditive | Frank Hansen |
| 649-667 | Spanning Trees on the Sierpinski Gasket | Shu-Chiuan Chang, Lung-Chi Chen and Wei-Shih Yang |
| 669-724 | Scaling, Renormalization and Statistical Conservation Laws in the Kraichnan Model of Turbulent Advection | A. Kupiainen and P. Muratore-Ginanneschi |
| 725-727 | Performance Analysis of Communications Networks and Systems | Sinisa Pajevic |
| 1111-1144 | Topological Entanglement Entropy from the Holographic Partition Function | Paul Fendley, Matthew P. A. Fisher and Chetan Nayak |
| 1145-1164 | On the Collision between two PNG Droplets | Cristian F. Coletti and Leandro P. R. Pimentel |
| 1165-1200 | Kraichnan Flow in a Square: An Example of Integrable Chaos | Raphaël Chetrite, Jean-Yves Delannoy and Krzysztof Gawedzki |
| 1201-1207 | Boundary Dissipation in a Driven Hard Disk System | Pedro L. Garrido and G. Gallavotti |
| 1209-1240 | Grad’s 13 Moment Equations in a Modified Form | Andrzej Karwowski |
| 1241-1283 | Weak Coupling and Continuous Limits for Repeated Quantum Interactions | Stéphane Attal and Alain Joye |
| 1285-1286 | Fractional Calculus in Bioengineering | Bruce J. West |
| 1287-1289 | Chemical Dynamics in Condensed Phases | Irwin Oppenheim |
| 1-20 | Variational Bounds for the Generalized Random Energy Model | Cristian Giardinà and Shannon Starr |
| 21-50 | A Stretched Exponential Bound on Time Correlations for Billiard Flows | N. Chernov |
| 51-106 | Thermodynamic Formalism for Systems with Markov Dynamics | V. Lecomte, C. Appert-Rolland and F. van Wijland |
| 107-131 | Fluctuation Theorem for Currents and Schnakenberg Network Theory | David Andrieux and Pierre Gaspard |
| 133-170 | Stationary Flow Past a Semi-Infinite Flat Plate: Analytical and Numerical Evidence for a Symmetry-Breaking Solution | Denis Bichsel and Peter Wittwer |
| 171-189 | Freezing Transitions in Non-Fellerian Particle Systems | C. Maes, F. Redig and E. Saada |
| 457-470 | Phase Transition of Triangulated Spherical Surfaces with Elastic Skeletons | Hiroshi Koibuchi |
| 471-494 | Modeling DNA and Virus Trafficking in the Cell Cytoplasm | D. Holcman |
| 495-552 | Multiple Critical Behavior of Probabilistic Limit Theorems in the Neighborhood of a Tricritical Point | Marius Costeniuc, Richard S. Ellis and Peter Tak-Hun Otto |
| 553-565 | Finite Time Approach to Equilibrium in a Fractional Brownian Velocity Field | Peter Horvai, Tomasz Komorowski and Jan Wehr |
| 567-573 | Chaotic Temperature Dependence at Zero Temperature | A. C. D. van Enter and W. M. Ruszel |
| 575-607 | Singular Perturbation of Quantum Stochastic Differential Equations with Coupling Through an Oscillator Mode | John Gough and Ramon van Handel |
| 609-627 | The Fixed Point of a Generalization of the Renormalization Group Maps for Self-Avoiding Paths on Gaskets | Tetsuya Hattori |
| 629-653 | Euler Walk on a Cayley Tree | A. E. Patrick |
| 655-656 | Chaotic Dynamics | Jaume Masoliver |
| 861-886 | Extinction Rates for Fluctuation-Induced Metastabilities: A Real-Space WKB Approach | David A. Kessler and Nadav M. Shnerb |
| 887-914 | Entropy Production in Thermostats II | Nurlan S. Dairbekov and Gabriel P. Paternain |
| 915-934 | Distribution of Particles Which Produces a “Smart” Material | A. G. Ramm |
| 935-965 | Functional Feynman-Kac Equations for Limit Lognormal Multifractals | Dmitry Ostrovsky |
| 967-983 | Critical and Compensation Temperatures of the Ising Bilayer System Consisting of Spin-1/2 and Spin-1 Atoms | E. Albayrak, T. Bulut and S. Yilmaz |
| 985-1047 | Euclidean Gibbs Measures of Interacting Quantum Anharmonic Oscillators | Yuri Kozitsky and Tatiana Pasurek |
| 1049-1094 | Stochastic Dynamics of Discrete Curves and Multi-Type Exclusion Processes | Guy Fayolle and Cyril Furtlehner |
| 1095-1119 | A Borel Transform Method for Locating Singularities of Taylor and Fourier Series | W. Pauls and U. Frisch |
| 1121-1165 | From Random Matrices to Stochastic Operators | Alan Edelman and Brian D. Sutton |
| 1167-1171 | Proof of the Cases | |
| 1173-1192 | Sharp Lower Bounds for the Dimension of the Global Attractor of the Sabra Shell Model of Turbulence | Peter Constantin, Boris Levant and Edriss S. Titi |
| 1193-1220 | Rigorous Derivation of the Cubic NLS in Dimension One | Riccardo Adami, François Golse and Alessandro Teta |
| 1221-1235 | Hybrid Quasicrystals, Transport and Localization in Products of Minimal Sets | Túlio O. Carvalho and César R. de Oliveira |
| 1237-1253 | Alternative Variational Approach to Cactus Lattices | M. Pretti |
| 1255-1277 | On Chemisorption of Polymers to Solid Surfaces | Radek Erban and S. Jonathan Chapman |
| 1279-1286 | Strength Distribution of Repeatedly Broken Chains | Michael Wilkinson and Bernhard Mehlig |
| 1287-1288 | Fractal-Based Point Processes | George H. Weiss |
| 799-846 | Dynamics of a Tagged Particle in the Asymmetric Exclusion Process with the Step Initial Condition | T. Imamura and T. Sasamoto |
| 847-881 | Limiting Dynamics for Spherical Models of Spin Glasses at High Temperature | Amir Dembo, Alice Guionnet and Christian Mazza |
| 883-925 | Kinetic Approach to Long time Behavior of Linearized Fast Diffusion Equations | María J. Cáceres and Giuseppe Toscani |
| 927-968 | An Explicit Family of Probability Measures for Passive Scalar Diffusion in a Random Flow | Jared C. Bronski, Roberto Camassa, Zhi Lin, Richard M. McLaughlin and Alberto Scotti |
| 969-1056 | Hamiltonian Structure for Dispersive and Dissipative Dynamical Systems | Alexander Figotin and Jeffrey H. Schenker |
| 1057-1077 | An Averaging Theorem for Hamiltonian Dynamical Systems in the Thermodynamic Limit | A. Carati |
| 1079-1091 | Random Classical Fidelity | C. Liverani, Ph. Marie and S. Vaienti |
| 1093-1112 | Lifshitz Tails for Acoustic Waves in Random Quantum Waveguide | Hatem Najar |
| 1113-1124 | Subextensive Singularity in the 2D ± |
| 205-250 | Bulk Universality and Related Properties of Hermitian Matrix Models | L. Pastur and M. Shcherbina |
| 251-293 | On the Freezing of Variables in Random Constraint Satisfaction Problems | Guilhem Semerjian |
| 295-312 | Brownian Approximation and Monte Carlo Simulation of the Non-Cutoff Kac Equation | Mattias Sundén and Bernt Wennberg |
| 313-342 | A Two-Surface Problem of the Electron Flow in a Semiconductor on the Basis of Kinetic Theory | Satoshi Taguchi and Ansgar Jüngel |
| 343-371 | Evolution of the Probability Measure for the Majda Model: New Invariant Measures and Breathing PDFs | Roberto Camassa, Zhi Lin and Richard M. McLaughlin |
| 373-385 | Computing Topological Entropy in a Space of Quartic Polynomials | Anca Radulescu |
| 387-412 | Multifractal Nonrigidity of Topological Markov Chains | Luis Barreira and Vitor Saraiva |
| 413-414 | Joseph W. Goodman: Speckle Phenomena in Optics: Theory and Applications |
| 831-842 | Exponential Control of Overlap in the Replica Method for p-Spin Sherrington-Kirkpatrick Model | Dmitry Panchenko |
| 843-934 | Widths of the Hall Conductance Plateaus | Tohru Koma |
| 935-955 | Blocking and Dimer Processes on the Cayley Tree | Raul Gouet and Aidan Sudbury |
| 957-981 | Random Walk Analysis of the Commensurate-Incommensurate Transition in the Isotropic Spin-1 Chain | D. A. Yarotsky |
| 983-1009 | Sharpness of the Phase Transition and Exponential Decay of the Subcritical Cluster Size for Percolation on Quasi-Transitive Graphs | Tonći Antunović and Ivan Veselić |
| 1011-1024 | Exact Potts Model Partition Functions for Strips of the Honeycomb Lattice | Shu-Chiuan Chang and Robert Shrock |
| 1025-1046 | Quenched Invariance Principles for Random Walks with Random Conductances | P. Mathieu |
| 1047-1062 | From Symmetry Breaking to Poisson Point Process in 2D Voronoi Tessellations: the Generic Nature of Hexagons | Valerio Lucarini |
| 1063-1085 | Using the Renormalization Group to Classify Boolean Functions | S. N. Coppersmith |
| 1087-1117 | On Steady Distributions of Kinetic Models of Conservative Economies | Daniel Matthes and Giuseppe Toscani |
| 1119-1176 | Exact Results for Thermodynamics of the Hydrogen Plasma: Low-Temperature Expansions Beyond Saha Theory | A. Alastuey, V. Ballenegger, F. Cornu and Ph. A. Martin |
| 1177-1195 | Coalescence of Particles by Differential Sedimentation | P. Horvai, S. V. Nazarenko and T. H. M. Stein |
| 1197-1215 | On Guided Waves Created by Line Defects | Dong Miao and Fuming Ma |
| 1217-1218 | J. Ortiz de Sarate, J.V. Sengers: Hydrodynamic Fluctuations | |
| 1219-1220 | Giambattista Giacomin: Random Polymer Models |
| 203-233 | Quasi-Stationary Regime of a Branching Random Walk in Presence of an Absorbing Wall | Damien Simon and Bernard Derrida |
| 235-246 | A Limit Result for a System of Particles in Random Environment | Pierre Andreoletti |
| 247-268 | Growth and Roughness of the Interface for Ballistic Deposition | Mathew D. Penrose |
| 269-303 | On a Mathematical Framework for the Constitutive Equations of Anisotropic Dielectric Relaxation | A. Hanyga and M. Seredyńska |
| 305-339 | Entanglement in the Quantum Ising Model | Geoffrey R. Grimmett, Tobias J. Osborne and Petra F. Scudo |
| 341-356 | Fluctuations of Quantum Currents and Unravelings of Master Equations | Jan Dereziński, Wojciech De Roeck and Christian Maes |
| 357-379 | The Number of Open Paths in an Oriented ρ-Percolation Model | Francis Comets, Serguei Popov and Marina Vachkovskaia |
| 381-383 | Igor Herbut: A Modern Approach to Critical Phenomena |
| 385-391 | Triangle Percolation in Mean Field Random Graphs—with PDE | Balázs Ráth and Bálint Tóth |
| 393-404 | Asymptotic Behavior of Inflated Lattice Polygons | Mithun K. Mitra, Gautam I. Menon and R. Rajesh |
| 405-414 | Onsager-Machlup Theory and Work Fluctuation Theorem for a Harmonically Driven Brownian Particle | Navinder Singh |
| 415-444 | Analysis of Equilibrium States of Markov Solutions to the 3D Navier-Stokes Equations Driven by Additive Noise | Marco Romito |
| 445-486 | Random Backscattering in the Parabolic Scaling | Josselin Garnier and Knut Sølna |
| 487-504 | Paretian Poisson Processes | Iddo Eliazar and Joseph Klafter |
| 505-534 | Slow Rates of Mixing for Dynamical Systems with Hyperbolic Structures | José F. Alves and Vilton Pinheiro |
| 535-541 | Heat Transport in Ordered Harmonic Lattices | Dibyendu Roy and Abhishek Dhar |
| 543-558 | Response Theory for Equilibrium and Non-Equilibrium Statistical Mechanics: Causality and Generalized Kramers-Kronig Relations | Valerio Lucarini |
| 559-565 | Program of the 98th Statistical Mechanics Conference |
| 783-801 | Group Testing with Random Pools: Phase Transitions and Optimal Strategy | M. Mézard, M. Tarzia and C. Toninelli |
| 803-819 | Computing the Loewner Driving Process of Random Curves in the Half Plane | Tom Kennedy |
| 821-841 | Vortices in the Two-Dimensional Simple Exclusion Process | T. Bodineau, B. Derrida and Joel L. Lebowitz |
| 843-865 | On the Problem of Dynamical Localization in the Nonlinear Schrödinger Equation with a Random Potential | Shmuel Fishman, Yevgeny Krivolapov and Avy Soffer |
| 867-916 | Extremal Theory for Spectrum of Random Discrete Schrödinger Operator. I. Asymptotic Expansion Formulas | A. Astrauskas |
| 917-939 | Energy Spectrum of Bound-Spinons in the Quantum Ising Spin-Chain Ferromagnet | S. B. Rutkevich |
| 941-967 | The Mean-Field Limit for Solid Particles in a Navier-Stokes Flow | Laurent Desvillettes, François Golse and Valeria Ricci |
| 969-987 | Master Equation in Phase Space for a Uniaxial Spin System | Yuri P. Kalmykov, William T. Coffey and Serguey V. Titov |
| 1-33 | Detailed Examination of Transport Coefficients in Cubic-Plus-Quartic Oscillator Chains | G. R. Lee-Dadswell, B. G. Nickel and C. G. Gray |
| 35-76 | On the Dynamics of Navier-Stokes and Euler Equations | Yueheng Lan and Y. Charles Li |
| 77-108 | Discontinuous Condensation Transition and Nonequivalence of Ensembles in a Zero-Range Process | Stefan Grosskinsky and Gunter M. Schütz |
| 109-127 | Analytical Approach to the One-Dimensional Disordered Exclusion Process with Open Boundaries and Random Sequential Dynamics | M. Loulidi |
| 129-151 | Stokesian Dynamics—The BBGKY Hierarchy for Correlation Functions | Bogdan Cichocki and Krzysztof Sadlej |
| 153-170 | Construction of Discrete Kinetic Models with Given Invariants | A. V. Bobylev and M. C. Vinerean |
| 171-186 | Generalized Arcsine Law and Stable Law in an Infinite Measure Dynamical System | Takuma Akimoto |
| 187-205 | Wigner Surmise for Domain Systems | Diego Luis González and Gabriel Téllez |
| 207-234 | On the Most Compact Regular Lattices in Large Dimensions: A Statistical Mechanical Approach | Giorgio Parisi |
| 235-273 | Real Roots of Random Polynomials and Zero Crossing Properties of Diffusion Equation | Grégory Schehr and Satya N. Majumdar |
| 275-290 | Airy Kernel with Two Sets of Parameters in Directed Percolation and Random Matrix Theory | Alexei Borodin and Sandrine Péché |
| 291-300 | A Fredholm Determinant Representation in ASEP | Craig A. Tracy and Harold Widom |
| 301-328 | Rate of Decoherence for an Electron Weakly Coupled to a Phonon Gas | Riccardo Adami and László Erdős |
| 329-353 | Boltzmann Limit and Quasifreeness for a Homogenous Fermi Gas in a Weakly Disordered Random Medium | Thomas Chen and Itaru Sasaki |
| 355-396 | Witten Laplacian Method for The Decay of Correlations | Assane Lo |
| 397-415 | A Haar-like Construction for the Ornstein Uhlenbeck Process | Thibaud Taillefumier and Marcelo O. Magnasco |
| 417-430 | Interfacial Roughening in Field Theory | Michael H. Köpf and Gernot Münster |
| 431-471 | Metastability for Reversible Probabilistic Cellular Automata with Self-Interaction | Emilio N. M. Cirillo, Francesca R. Nardi and Cristian Spitoni |
| 473-486 | Linear Statistics of Point Processes via Orthogonal Polynomials | E. Ryckman |
| 487-500 | Passage Time Statistics in a Stochastic Verhulst Model | Manuel O. Cáceres |
| 501-517 | Kinetics of Polydomain Ordering at Second-Order Phase Transitions (by the Example of the AuCu3 Alloy) | E. P. Feldman, L. I. Stefanovich and K. V. Gumennyk |
| 519-533 | Long Time Behavior of a Modified Becker-Döring System | Peter Smereka |
| 535-550 | Global Existence of Classical Solutions to the Fokker-Planck-BGK Equation | Xianwen Zhang |
| 551-560 | Large Deviations for Random Trees | Yuri Bakhtin and Christine Heitsch |
| 561-567 | Global Spectral Gap for Dirichlet-Kac Random Motions | Gaston Giroux and René Ferland |
| 569-580 | Generalized Burnett Hydrodynamics | A. V. Bobylev |
| 581-602 | Extensions of Classical Hydrodynamics | Miroslav Grmela |
| 603-626 | Copolymers at Selective Interfaces: New Bounds on the Phase Diagram | Thierry Bodineau, Giambattista Giacomin, Hubert Lacoin and Fabio Lucio Toninelli |
| 627-647 | Random Line Tessellations of the Plane: Statistical Properties of Many-Sided Cells | H. J. Hilhorst and P. Calka |
| 649-667 | R-Local Delaunay Inhibition Model | Etienne Bertin, Jean-Michel Billiot and Rémy Drouilhet |
| 669-705 | Non-homogeneous Polygonal Markov Fields in the Plane: Graphical Representations and Geometry of Higher Order Correlations | Tomasz Schreiber |
| 707-719 | Boundary Chromatic Polynomial | Jesper Lykke Jacobsen and Hubert Saleur |
| 721-754 | LERW as an Example of Off-Critical SLEs | Michel Bauer, Denis Bernard and Kalle Kytölä |
| 755-757 | Addendum and Corrigendum to “Euclidean Gibbs Measures of Interacting Quantum Anharmonic Oscillators” | Yuri Kozitsky and Tatiana Pasurek |
| 217-230 | First-Passage and Extreme-Value Statistics of a Particle Subject to a Constant Force Plus a Random Force | Theodore W. Burkhardt |
| 231-254 | SLE on Doubly-Connected Domains and the Winding of Loop-Erased Random Walks | Christian Hagendorf and Pierre Le Doussal |
| 255-269 | A Class of Weakly Self-Avoiding Walks | Peter Mörters and Nadia Sidorova |
| 271-280 | Random Walk Weakly Attracted to a Wall | Joël De Coninck, François Dunlop and Thierry Huillet |
| 281-345 | Potts Models in the Continuum. Uniqueness and Exponential Decay in the Restricted Ensembles | Anna De Masi, Immacolata Merola, Errico Presutti and Yvon Vignaud |
| 347-377 | Entanglement and Density Matrix of a Block of Spins in AKLT Model | Ying Xu, Hosho Katsura, Takaaki Hirano and Vladimir E. Korepin |
| 379-400 | Large Deviations in the Superstable Weakly Imperfect Bose-Gas | J.-B. Bru and V. A. Zagrebnov |
| 401-404 | Twice Scattered Particles in a Plane Are Uniformly Distributed | Ricardo García-Pelayo |
| 405-415 | The Airy1 Process is not the Limit of the Largest Eigenvalue in GOE Matrix Diffusion | Folkmar Bornemann, Patrik L. Ferrari and Michael Prähofer |
| 417-433 | Thermal Conductivity for a Noisy Disordered Harmonic Chain | Cédric Bernardin |
| 435-447 | Decay of Correlations and Invariance Principles for Dispersing Billiards with Cusps, and Related Planar Billiard Flows | Péter Bálint and Ian Melbourne |
| 449-489 | Two-Dimensional One-Component Plasma on Flamm’s Paraboloid | Riccardo Fantoni and Gabriel Téllez |
| 491-511 | Repeated Interaction Quantum Systems: Van Hove Limits and Asymptotic States | Rodrigo Vargas |
| 513-533 | On the Validations of the Asymptotic Matching Conjectures | S. Friedland, E. Krop, P. H. Lundow and K. Markström |
| 535-564 | Entropy of Hidden Markov Processes via Cycle Expansion | Armen E. Allahverdyan |
| 565-586 | Weakly Non-Ergodic Statistical Physics | A. Rebenshtok and E. Barkai |
| 805-812 | Field Theory Conjecture for Loop-Erased Random Walks | Andrei A. Fedorenko, Pierre Le Doussal and Kay Jörg Wiese |
| 813-839 | Correlation Decay and Recurrence Asymptotics for Some Robust Nonuniformly Hyperbolic Maps | Paulo Varandas |
| 841-870 | Equilibrium Solution to the Inelastic Boltzmann Equation Driven by a Particle Bath | Marzia Bisi, José A. Carrillo and Bertrand Lods |
| 871-882 | On Asymptotic Behavior of Multilinear Eigenvalue Statistics of Random Matrices | A. Lytova and L. Pastur |
| 883-897 | Law of Large Numbers for Non-Local Functions on Probabilistic Cellular Automata | André Toom |
| 899-919 | Matrix Kernels for Measures on Partitions | Eugene Strahov |
| 921-1011 | The Global Renormalization Group Trajectory in a Critical Supersymmetric Field Theory on the Lattice ℤ3 | P. K. Mitter and B. Scoppola |
| 1013-1031 | Long Range Correlations and Phase Transitions in Non-equilibrium Diffusive Systems | T. Bodineau, B. Derrida, V. Lecomte and F. van Wijland |
| 1033-1058 | Phase Transitions for the Growth Rate of Linear Stochastic Evolutions | Nobuo Yoshida |
| 1059-1081 | Motility States of Molecular Motors Engaged in a Stochastic Tug-of-War | Melanie J. I. Müller, Stefan Klumpp and Reinhard Lipowsky |
| 1083-1105 | Stochastic Description of Traffic Flow | Timur Alperovich and Alexandros Sopasakis |
| 1107-1136 | Stokes Flows under Random Boundary Velocity Excitations | K. K. Sabelfeld |
| 1137-1159 | Cascades of Particles Moving at Finite Velocity in Hyperbolic Spaces | V. Cammarota and E. Orsingher |
| 1161-1174 | Information and Entropy in Quantum Brownian Motion | |
| 1175-1184 | Mathematical Justification of the Aharonov-Bohm Hamiltonian | César R. de Oliveira and Marciano Pereira |
| 1185-1186 | L. Leuzzi and T.M. Nieuwenhuizen: Thermodynamics of the Glassy State |
| 209-241 | On the Localized Phase of a Copolymer in an Emulsion: Subcritical Percolation Regime | F. den Hollander and N. Pétrélis |
| 243-306 | Coexistence of Ordered and Disordered Phases in Potts Models in the Continuum | Anna De Masi, Immacolata Merola, Errico Presutti and Yvon Vignaud |
| 307-336 | Diffusion-Limited Reactions and Mortal Random Walkers in Confined Geometries | Ingo Lohmar and Joachim Krug |
| 337-364 | Statistical Mechanics of Complex Systems for Pattern Identification | Shalabh Gupta and Asok Ray |
| 365-380 | The Diffusion Kernel Filter | Paul Krause |
| 381-400 | Evidence of Dispersion Relations for the Nonlinear Response of the Lorenz 63 System | Valerio Lucarini |
| 401-423 | Representation of Nonequilibrium Steady States in Large Mechanical Systems | Teruhisa S. Komatsu, Naoko Nakagawa, Shin-Ichi Sasa and Hal Tasaki |
| 425 | S. Gianfausto, C. De Michele, N.T. Kottegoda, R. Renzo: Extremes in Nature: An Approach Using Copulas |
| 427-441 | Steady State of Stochastic Sandpile Models | Tridib Sadhu and Deepak Dhar |
| 443-462 | A Method to Calculate Correlation Functions for | |
| 463-485 | Exact Solution of the Six-Vertex Model with Domain Wall Boundary Conditions. Critical Line between Ferroelectric and Disordered Phases | Pavel Bleher and Karl Liechty |
| 487-536 | Topology and Geometry of Smectic Order on Compact Curved Substrates | Xiangjun Xing |
| 537-566 | Rare Event Simulation for T-cell Activation | Florian Lipsmeier and Ellen Baake |
| 567-588 | On Time Dynamics of Coagulation-Fragmentation Processes | Boris L. Granovsky and Michael M. Erlihson |
| 589-640 | Statistical Properties of the Burgers Equation with Brownian Initial Velocity | Patrick Valageas |
| 641-642 | Benoît Perthame: Transport Equations in Biology |
| 201-216 | Generalized Eigenvalue-Counting Estimates for the Anderson Model | Jean-Michel Combes, François Germinet and Abel Klein |
| 217-239 | Matrix Representation of the Stationary Measure for the Multispecies TASEP | Martin R. Evans, Pablo A. Ferrari and Kirone Mallick |
| 241-260 | Transport by Molecular Motors in the Presence of Static Defects | Yan Chai, Reinhard Lipowsky and Stefan Klumpp |
| 261-277 | A Gentle Stochastic Thermostat for Molecular Dynamics | Ben Leimkuhler, Emad Noorizadeh and Florian Theil |
| 279-373 | Transfer Matrices and Partition-Function Zeros for Antiferromagnetic Potts Models | |
| 375-387 | Estimations of the Free Energy for the Hubbard Model | Jacek Wojtkiewicz |
| 389-391 | R. Klages, G. Radons, I.M. Sokolov (eds.): Anomalous Transport: Foundations and Applications |
| 393-427 | Infinite Vol.Limit for the Dipole Gas | J. Dimock |
| 429-465 | Solution of the Crow-Kimura and Eigen Models for Alphabets of Arbitrary Size by Schwinger Spin Coherent States | Enrique Muñoz, Jeong-Man Park and Michael W. Deem |
| 467-481 | Entropic Repulsion of the Massless Field with a Class of Self-potentials | Hironobu Sakagawa |
| 483-517 | From Vicious Walkers to TASEP | T. C. Dorlas, A. M. Povolotsky and V. B. Priezzhev |
| 519-534 | Rare Events, Escape Rates and Quasistationarity: Some Exact Formulae | Gerhard Keller and Carlangelo Liverani |
| 535-546 | The Lyapunov Spectrum Is Not Always Concave | Godofredo Iommi and Jan Kiwi |
| 547-569 | Stochastic Analysis of an Elastic 3D Half-Space Respond to Random Boundary Displacements: Exact Results and Karhunen-Loéve Expansion | I. A. Shalimova and K. K. Sabelfeld |
| 571-583 | Critical Value of the Quantum Ising Model on Star-Like Graphs | Jakob E. Björnberg |
| 585-586 | M. Franceschetti, R. Meester: Random Networks for Communication. From Statistical Physics to Information Systems |
| 205-230 | Exact Solution of the Gauge Symmetric p-Spin Glass Model on a Complete Graph | Satish Babu Korada and Nicolas Macris |
| 231-273 | The Phase Transition of the Quantum Ising Model is Sharp | J. E. Björnberg and G. R. Grimmett |
| 275-284 | A Note on Classical Ground State Energies | Michael K.-H. Kiessling |
| 285-295 | A Second-row Parking Paradox | S. R. Fleurke and C. Külske |
| 297-330 | The BGK Model with External Confining Potential: Existence, Long-Time Behaviour and Time-Periodic Maxwellian Equilibria | Roberta Bosi and Maria J. Cáceres |
| 331-347 | Superdiffusive Heat Transport in a Class of Deterministic One-dimensional Many-Particle Lorentz Gases | Pierre Collet, Jean-Pierre Eckmann and Carlos Mejía-Monasterio |
| 349-372 | Random Walk on the Range of Random Walk | David A. Croydon |
| 373-397 | Multiple Intersection Exponents for Planar Brownian Motion | Achim Klenke and Peter Mörters |
| 399-404 | Scaling of Loop-Erased Walks in 2 to 4 Dimensions | Peter Grassberger |
| 405-452 | Clustering Bounds on n-Point Correlations for Unbounded Spin Systems | Abdelmalek Abdesselam, Aldo Procacci and Benedetto Scoppola |
| 453-503 | The Second Order Upper Bound for the Ground Energy of a Bose Gas | Horng-Tzer Yau and Jun Yin |
| 505-525 | Dimension Spectra of Hyperbolic Flows | Luis Barreira and Paulo Doutor |
| 527-551 | A Stochastic Differential Equation Model with Jumps for Fractional Advection and Dispersion | Paramita Chakraborty |
| 553-564 | Black-Scholes Formula in Subdiffusive Regime | Marcin Magdziarz |
| 565-602 | How Gibbs Distributions May Naturally Arise from Synaptic Adaptation Mechanisms. A Model-Based Argumentation | B. Cessac, H. Rostro, J. C. Vasquez and T. Viéville |
| 1005-1034 | Prediction, Retrodiction, and the Amount of Information Stored in the Present | Christopher J. Ellison, John R. Mahoney and James P. Crutchfield |
| 1035-1067 | Constrained Markovian Dynamics of Random Graphs | A. C. C. Coolen, A. De Martino and A. Annibale |
| 1069-1094 | Semi-infinite TASEP with a Complex Boundary Mechanism | Nicky Sonigo |
| 1095-1104 | Lévy-Process Intrinsic Statistical Solutions of a Randomly Forced Burgers Equation | Marie-Line Chabanol and Jean Duchon |
| 1105-1130 | Some Ideas About Quantitative Convergence of Collision Models to Their Mean Field Limit | Rémi Peyre |
| 1131-1175 | Finite Trotter Approximation to the Averaged Mean Square Distance in the Anderson Model | S. Suwanna |
| 1177-1204 | Zeros of Airy Function and Relaxation Process | Makoto Katori and Hideki Tanemura |
| 205-232 | Sequential Cavity Method for Computing Free Energy and Surface Pressure | David Gamarnik and Dmitriy Katz |
| 233-257 | Non-equilibrium Wall Deposition of Inertial Particles in Turbulent Flow | John R. Schmidt, Jost O. L. Wendt and Alan R. Kerstein |
| 259-304 | Non-equilibrium Thermodynamics of Piecewise Deterministic Markov Processes | A. Faggionato, D. Gabrielli and M. Ribezzi Crivellari |
| 305-329 | Singular Boundaries in the Forward Chapman-Kolmogorov Differential Equation | Juan Hierro and César Dopazo |
| 331-342 | Inversion Number and Collisions in Some Billiard Systems | Lizhou Chen |
| 343-371 | A Model for Coagulation with Mating | Raoul Normand |
| 373-406 | Scaled Limit and Rate of Convergence for the Largest Eigenvalue from the Generalized Cauchy Random Matrix Ensemble | Joseph Najnudel, Ashkan Nikeghbali and Felix Rubin |
| 407-458 | Censored Glauber Dynamics for the Mean Field Ising Model | Jian Ding, Eyal Lubetzky and Yuval Peres |
| 459-499 | Mean Field Frozen Percolation | Balázs Ráth |
| 501-520 | Percolation Properties of the Non-ideal Gas | E. Pechersky and A. Yambartsev |
| 521-537 | Elastostatics of a Half-Plane under Random Boundary Excitations | Karl Sabelfeld and Irina Shalimova |
| 539-567 | Small Mass Ratio Limit of Boltzmann Equations in the Context of the Study of Evolution of Dust Particles in a Rarefied Atmosphere | Frédérique Charles and Laurent Desvillettes |
| 569-592 | Gamow Vectors in a Periodically Perturbed Quantum System | M. Huang |
| 593-594 | Erratum to: General Non-Existence Theorem for Phase Transitions in One-Dimensional Systems with Short Range Interactions, and Physical Examples of Such Transitions | José A. Cuesta and Angel Sánchez |
| 955-1009 | Random Convex Hulls and Extreme Value Statistics | Satya N. Majumdar, Alain Comtet and Julien Randon-Furling |
| 1010-1044 | Extremal Properties for Weakly Correlated Random Variables Arising in Speckle Patterns | A. Porzio and S. Hüller |
| 1045-1066 | Gaussian Fluctuations of Eigenvalues in Wigner Random Matrices | Sean O’Rourke |
| 1067-1083 | Nonequilibrium Thermodynamics of the First and Second Kind: Averages and Fluctuations | Hans Christian Öttinger |
| 1084-1108 | Universality Relations in Non-solvable Quantum Spin Chains | G. Benfatto and V. Mastropietro |
| 1109-1123 | Facilitated Oriented Spin Models: Some Non Equilibrium Results | N. Cancrini, F. Martinelli, R. Schonmann and C. Toninelli |
| 1124-1144 | Short-Time Gibbsianness for Infinite-Dimensional Diffusions with Space-Time Interaction | Frank Redig, Sylvie Rœlly and Wioletta Ruszel |
| 1145-1150 | Program of the 102nd Statistical Mechanics Conference |
| 1-26 | On the Number of Entangled Clusters | Mahshid Atapour and Neal Madras |
| 27-61 | Weighted-Set Graph Colorings | Robert Shrock and Yan Xu |
| 62-71 | Topological Self-similarity on the Random Binary-Tree Model | Ken Yamamoto and Yoshihiro Yamazaki |
| 72-107 | Diameters in Preferential Attachment Models | Sander Dommers, Remco van der Hofstad and Gerard Hooghiemstra |
| 108-121 | Stationarity of SLE | Antti Kemppainen |
| 122-138 | The High Temperature Ising Model on the Triangular Lattice is a Critical Bernoulli Percolation Model | András Bálint, Federico Camia and Ronald Meester |
| 139-158 | Hill’s Equation with Random Forcing Parameters: Determination of Growth Rates Through Random Matrices | Fred C. Adams and Anthony M. Bloch |
| 159-176 | Thermodynamic Formalism for Contracting Lorenz Flows | Maria José Pacifico and Mike Todd |
| 177-199 | Evaluation of Effective Resistances in Pseudo-Distance-Regular Resistor Networks | S. Jafarizadeh, R. Sufiani and M. A. Jafarizadeh |
| 201-218 | Current Large Deviations in a Driven Dissipative Model | T. Bodineau and M. Lagouge |
| 219-251 | Hydrodynamic Limit for a Boundary Driven Stochastic Lattice Gas Model with Many Conserved Quantities | Alexandre B. Simas |
| 252-279 | Random Walk of Second Class Particles in Product Shock Measures | Márton Balázs, György Farkas, Péter Kovács and Attila Rákos |
| 280-306 | Diffusive Limit of the Two-Band k⋅p Model for Semiconductors | Luigi Barletti and Giovanni Frosali |
| 307-325 | Correlated Fractal Percolation and the Palis Conjecture | Michel Dekking and Henk Don |
| 326-332 | Comparison of the Parallel Tempering Algorithm and Multicanonical Method as Applied to Coarse-Grained Off-lattice Models for Folding Heteropolymers | Handan Arkin |
| 333-344 | Mixed-Spin Ising Model in an Oscillating Magnetic Field and Compensation Temperature | Mustafa Keskin and Mehmet Ertaş |
| 345-353 | Perturbation Theory for a Stochastic Process with Ornstein-Uhlenbeck Noise | Michael Wilkinson |
| 743-768 | Spin Operator Matrix Elements in the Superintegrable Chiral Potts Quantum Chain | N. Iorgov, S. Pakuliak, V. Shadura, Y. Tykhyy and G. von Gehlen |
| 769-778 | Phase Transition in Ferromagnetic Ising Models with Non-uniform External Magnetic Fields | Rodrigo Bissacot and Leandro Cioletti |
| 779-799 | Sum-of-Squares Results for Polynomials Related to the Bessis–Moussa–Villani Conjecture | Benoît Collins, Kenneth J. Dykema and Francisco Torres-Ayala |
| 800-819 | Physical Measures for Multivalued Inverse Iterates Near Hyperbolic Repellors | Eugen Mihailescu |
| 820-858 | A Simple Mean Field Model for Social Interactions: Dynamics, Fluctuations, Criticality | Francesca Collet, Paolo Dai Pra and Elena Sartori |
| 859-881 | On the Spectral Dimension of Causal Triangulations | Bergfinnur Durhuus, Thordur Jonsson and John F. Wheater |
| 882-914 | Diffusive Limit of a Two Dimensional Kinetic System of Partially Quantized Particles | Nicolas Vauchelet |
| 915-939 | Moments for Tempered Fractional Advection-Diffusion Equations | Yong Zhang |
| 941-959 | Oriented Percolation in One–dimensional 1/|x−y|2 Percolation Models | D. H. U. Marchetti, V. Sidoravicius and M. E. Vares |
| 960-971 | On Complex Zeros of the q-Potts Partition Function for a Self-dual Family of Graphs | J.-M. Billiot, F. Corset and E. Fontenas |
| 972-984 | Renormalization of Cellular Automata and Self-Similarity | E. Edlund and M. Nilsson Jacobi |
| 985-990 | Toom’s Model with Glauber Rates: An Exact Solution Using Elementary Methods | Wolfram Just |
| 991-1012 | Approach to a Stationary State in an External Field | A. Alastuey and J. Piasecki |
| 1013-1032 | Reversibility of Some Chordal SLE(κ;ρ) Traces | Dapeng Zhan |
| 1033-1065 | Partially Gapped Fermions in 2D | Jonas de Woul and Edwin Langmann |
| 1066-1089 | Adaptive Sub-sampling for Parametric Estimation of Gaussian Diffusions | R. Azencott, A. Beri and I. Timofeyev |
| 1090-1143 | Optimal Stability of Advection-Diffusion Lattice Boltzmann Models with Two Relaxation Times for Positive/Negative Equilibrium | Irina Ginzburg, Dominique d’Humières and Alexander Kuzmin |
| 209-231 | The Crossover Regime for the Weakly Asymmetric Simple Exclusion Process | Tomohiro Sasamoto and Herbert Spohn |
| 232-267 | Limit Processes for TASEP with Shocks and Rarefaction Fans | Ivan Corwin, Patrik L. Ferrari and Sandrine Péché |
| 268-288 | Some Universal Properties for Restricted Trace Gaussian Orthogonal, Unitary and Symplectic Ensembles | Dang-Zheng Liu and Da-Sheng Zhou |
| 289-335 | The Cut Metric, Random Graphs, and Branching Processes | Béla Bollobás, Svante Janson and Oliver Riordan |
| 336-348 | Thermal Conductivity of the Toda Lattice with Conservative Noise | Alessandra Iacobucci, Frédéric Legoll, Stefano Olla and Gabriel Stoltz |
| 349-392 | Efficient Implementation of the Pivot Algorithm for Self-avoiding Walks | Nathan Clisby |
| 393-408 | Continuous-Time Quantum Walk on Integer Lattices and Homogeneous Trees | Vladislav Kargin |
| 409-426 | Renormalization Group Maps for Ising Models in Lattice-Gas Variables | Tom Kennedy |
| 427-466 | Products of Random Matrices and Generalised Quantum Point Scatterers | Alain Comtet, Christophe Texier and Yves Tourigny |
| 467-493 | Bridge Decomposition of Restriction Measures | Tom Alberts and Hugo Duminil-Copin |
| 494-503 | An Accurate Multi-level Finite Difference Scheme for 1D Diffusion Equations Derived from the Lattice Boltzmann Method | Shinsuke Suga |
| 504-517 | Light Induced Drift and Heat Transfer of One-Component Gas in a Capillary | V. G. Chernyak and A. P. Polikarpov |
| 518-543 | Relaxation of a Free-Molecular Gas to Equilibrium Caused by Interaction with Vessel Wall | Tetsuro Tsuji, Kazuo Aoki and François Golse |
| 544-564 | Incorporation of Effects of Diffusion into Advection-Mediated Dispersion in Porous Media | A. G. Hunt and T. E. Skinner |
| 565-602 | An Inverse Problem in Quantum Statistical Physics | Florian Méhats and Olivier Pinaud |
| 603-618 | Dissipative Cyclotron Motion of a Charged Quantum-Oscillator and Third Law |
| 1-29 | Dynamical Localization of Quantum Walks in Random Environments | Alain Joye and Marco Merkli |
| 1-11 | Zeros of the Jones Polynomial for Multiple Crossing-Twisted Links | Xian’an Jin and Fuji Zhang |
| 1-50 | Tunneling and Metastability of Continuous Time Markov Chains | J. Beltrán and C. Landim |
| 1-15 | Exact Sampling of Self-avoiding Paths via Discrete Schramm-Loewner Evolution | Marco Gherardi |
| 1-27 | A Fast Algorithm for the First-Passage Times of Gauss-Markov Processes with Hölder Continuous Boundaries | Thibaud Taillefumier and Marcelo O. Magnasco |
| 1-10 | Discrete Stochastic Modeling for Epidemics in Networks | Jia-Zeng Wang and Min Qian |
| 1-15 | A Hopping Mechanism for Cargo Transport by Molecular Motors on Crowded Microtubules | Carla Goldman |
| 1-13 | Speedy Motions of a Body Immersed in an Infinitely Extended Medium | Paolo Buttà, Giorgio Ferrari and Carlo Marchioro |
| 1-29 | Kinetic Theory and Lax Equations for Shock Clustering and Burgers Turbulence | Govind Menon and Ravi Srinivasan |
| 201-216 | Mean Extinction Time in Predator-Prey Model | Matt Parker and Alex Kamenev |
| 217-241 | Layering in the Ising Model | Kenneth S. Alexander, François Dunlop and Salvador Miracle-Solé |
| 242-263 | Correlation Inequalities for Interacting Particle Systems with Duality | C. Giardinà, F. Redig and K. Vafayi |
| 264-317 | On the Boltzmann-Grad Limit for the Two Dimensional Periodic Lorentz Gas | Emanuele Caglioti and François Golse |
| 318-341 | Hamiltonian and Thermodynamic Modeling of Quantum Turbulence | Miroslav Grmela |
| 342-358 | Navier-Stokes System on the Unit Square with no Slip Boundary Condition | Efim Dinaburg, Dong Li and Yakov G. Sinai |
| 359-390 | On Convergence to SLE6 I: Conformal Invariance for Certain Models of the Bond-Triangular Type | I. Binder, L. Chayes and H. K. Lei |
| 391-408 | On Convergence to SLE6 II: Discrete Approximations and Extraction of Cardy’s Formula for General Domains | I. Binder, L. Chayes and H. K. Lei |
| 613-637 | On the Partial Connection Between Random Matrices and Interacting Particle Systems | Patrik L. Ferrari and René Frings |
| 638-660 | Ising Models on Power-Law Random Graphs | Sander Dommers, Cristian Giardinà and Remco van der Hofstad |
| 661-668 | Diffusive Limits on the Penrose Tiling | A. Telcs |
| 669-682 | Perfect Simulation of a Coupling Achieving the [` | |
| 683-726 | Free Energies of Dilute Bose Gases: Upper Bound | Jun Yin |
| 727-756 | Low-Temperature Dynamics of the Curie-Weiss Model: Periodic Orbits, Multiple Histories, and Loss of Gibbsianness | Victor Ermolaev and Christof Külske |
| 757-766 | Anomalous Fourier’s Law and Long Range Correlations in a 1D Non-momentum Conserving Mechanical Model | A. Gerschenfeld, B. Derrida and J. L. Lebowitz |
| 767-784 | Traveling Salesman Problem with Clustering | Johannes J. Schneider, Thomas Bukur and Antje Krause |
| 785-828 | Statistics of Distinguishable Particles and Resolution of the Gibbs Paradox of the First Kind | Hjalmar Peters |
| 829-847 | Exclusive Queueing Process with Discrete Time | Chikashi Arita and Daichi Yanagisawa |
| 848-888 | Scale-Induced Closure for Approximations of Kinetic Equations | Peter Kauf, Manuel Torrilhon and Michael Junk |
| 889-908 | Colored Noise Enhanced Stability in a Tumor Cell Growth System Under Immune Response | Chunhua Zeng and Hua Wang |