Physica A: Statistical Mechanics and its Applications
1975 - 2025
Current editor(s): K. A. Dawson, J. O. Indekeu, H.E. Stanley and C. Tsallis From Elsevier Bibliographic data for series maintained by Catherine Liu (). Access Statistics for this journal.
Is something missing from the series or not right? See the RePEc data check for the archive and series.
Volume 185, issue 1, 1992
- Self-organization of magnetic domain patterns pp. 3-10

- Per Bak and Henrik Flyvbjerg
- Self-organization and anomalous diffusion pp. 11-18

- Péter Bántay and Imre M. Jánosi
- Multifractility in a shell model for 3D turbulence pp. 19-27

- L. Biferale, M.H. Jensen, G. Paladin and A. Vulpiani
- Multifractal analysis, a method to investigate the morphology of materials pp. 28-34

- Silvia Blacher, François Brouers and G. Ananthakrishna
- How a random walk covers a finite lattice pp. 35-44

- M.J.A.M. Brummelhuis and H.J. Hilhorst
- The fractal nature of the universe pp. 45-55

- Paul H. Coleman and Luciano Pietronero
- Fast algorithm for computing the fractal dimension of binary images pp. 56-60

- Reiner Creutzburg, Adolf Mathias and Evgeni Ivanov
- Experimental study of polarization-selective holes, burning in absorption spectra of metal fractal clusters pp. 61-65

- Yu.E. Danilova, A.I. Plekhanov and V.P. Safonov
- Fixed scale transformation approach to critical fluctuations and fractal growth pp. 66-76

- Ayşe Erzam
- Self-similarity of harmonic measure on DLA pp. 77-86

- Carl J.G. Evertsz and Benoît Mandelbrot
- Fractional diffusion equation for transport phenomena in random media pp. 87-97

- Massimiliano Giona and H. Eduardo Roman
- Statistical mechanics of heteropolymer folding pp. 98-103

- Giulia Iori, Enzo Marinari, Giorgio Parisi and M. Vittoria Struglia
- Experimental achievement of 2D percolation and cluster-cluster aggregation models by cluster deposition pp. 104-110

- Pablo Jensen, Patrice Melinon, Alain Hoareau, Jian Xiong Hu, Bernard Cabaud, Michel Treilleux, Estela Bernstein and Dominique Guillot
- The orthonormal wavelet representation of complex structures pp. 111-115

- W. Korneta
- The nonlinear evolution of spatio-temporal structures in microemulsions pp. 116-120

- W. Korneta, M.A. Lopez-Quintela and A. Fernandez-Novoa
- Generalized scale invariance and differential rotation in cloud radiances pp. 121-128

- S. Lovejoy, D. Schertzer and K. Pflug
- Equivalence between the Abelian sandpile model and the q→0 limit of the Potts model pp. 129-145

- S.N. Majumdar and Deepak Dhar
- Growth pattern formation in Bénard flows pp. 146-150

- Guillermo Marshall and Eduardo Arguijo
- Low temperature stability of nonperiodic structures pp. 151-153

- Jacek Miȩkisz
- The spiralling self-avoiding walk and chaotic correlations pp. 154-159

- Muriel Nifle
- Monte Carlo study of 3D vesicles pp. 160-165

- E. Orlandini and M.C. Tesi
- Properties of localized vibrational modes on fractal structures pp. 166-173

- A. Petri
- Multiscaling transformation in dynamical systems and turbulence pp. 174-180

- G. Paladin, M. Vergassola and A. Vulpiani
- Resonant excitations and nonlinear optics of fractals pp. 181-186

- Vladimir M. Shalaev, Mark I. Stockman and R. Botet
- Hard and soft multifractal processes pp. 187-194

- D. Schertzer and S. Lovejoy
- Closed formulae for Green functions on fractal lattices pp. 195-201

- William A. Schwalm and Mizuho K. Schwalm
- Fixed scale transformation applied to cluster-cluster aggregation in two and three dimensions pp. 202-210

- S. Sidoretti and A. Vespignani
- Self-avoiding surfaces and vesicles on a lattice pp. 211-221

- Attilio Stella
- Pores and Hausdorff dimension in fractal site-percolation systems pp. 222-227

- E.P. Stoll and M. Kolb
- Fluids in fractal porous media: scaling of transport properties pp. 228-234

- Pedro G. Toledo, H. Ted Davis and L.E. Scriven
- Fractal dimensions of Potts clusters pp. 235-239

- Carlo Vanderzande
- One-dimensional models of growing and coalescing droplets pp. 240-244

- I. Yekutieli, C. Godrèche and B. Derrida
- Study of the asymmetric Little model pp. 247-253

- R. Brunetti, G. Parisi and F. Ritort
- A class of long range Ising spin models described by Curie-Weiss mean field theory pp. 254-260

- Andrew Canning
- Replica symmetry breaking and Monte Carlo simulations for spin glasses pp. 261-270

- Sergio Caracciolo
- Multifractility of Ising models on hierarchical lattices: pure and spin glass cases pp. 271-277

- S. Coutinho, O. Donato Neto, J.R.L. de Almeida, E.M.F. Curado and W.A.M. Morgado
- Spin-glass dynamics pp. 278-294

- J. Hammann, M. Lederman, M. Ocio, R. Orbach and E. Vincent
- Short range corrections to the order parameter and to the excitation spectrum of the Ising spin glass pp. 295-304

- Imre Kondor, C. De Dominics and T. Temesvári
- The REM zeros in the complex temperature and magnetic field planes pp. 305-315

- C. Moukarzel and N. Parga
- Some recent developments in the theory of replica symmetry breaking pp. 316-321

- Giorgio Parisi
- Proton and deutron glasses pp. 322-330

- R. Pirc, B. Tadić and R. Blinc
- Replica approach to the quantum infinite-ranged XY spin glass pp. 331-335

- K. Walasek and K. Lukierska-Walasek
- Numerical study of the TAP equations for infinite-range spin glass models pp. 336-339

- Terufumi Yokota
- Simple diagrammatic rules for solving dendritic cable problems pp. 343-356

- L.F. Abbott
- Optimal storage capacity for diluted multi-state neural networks: continuous and discrete couplings pp. 357-362

- D. Bollé, P. Dupont and J. van Mourik
- On the phase diagram of the Q-state Potts-glass neural network pp. 363-368

- D Bollé, P Dupont and J Huyghebaert
- Geometrical interpretation of the back-propagation algorithm for the perceptron pp. 369-377

- Marco Budinich and Edoardo Milotti
- Neural networks with dynamical threshold pp. 378-384

- C. Campbell and K.Y.M. Wong
- Replica-symmetry breaking in neural networks pp. 385-394

- V.S. Dotsenko and B. Tirozzi
- A neural network dynamics that resembles protein evolution pp. 395-401

- Edgardo A. Ferrán and Pascual Ferrara
- Learning in feed-forward neural networks by improving the performance pp. 402-410

- Mirta B. Gordon, Pierre Pereto and Miguel Rodriguez-Girones
- Biased learning in Boolean perceptrons pp. 411-416

- Osame Kinouchi and Nestor Caticha
- Exact learning and default-rule governed behaviour pp. 417-427

- Sharam Kohan and R.P.J. Perazzo
- A model for a multi-class classification machine pp. 428-432

- Albrecht Rau and Jean-Pierre Nadal
- Spatio-temporal dynamics of human EEG pp. 433-438

- M. Paluš, I. Dvořak and I. David
- Topological maps on Ising spin networks pp. 439-443

- G.A. van Velzen
- Selecting examples for an optimal perceptron pp. 444-448

- Timothy L.H. Watkin and Albrecht Rau
- Sequences of memories in Boolean networks pp. 449-452

- Timothy L.H. Watkin and David Sherrington
- Statistical mechanics of neural networks: what are the differences between wide and narrow basins? pp. 453-460

- K.Y.M. Wong and D. Sherrington
- Novel phase diagrams of sequential learning in neural networks pp. 461-465

- K.Y.M. Wong, P.E. Kahn and D. Sherrington
- Adaptive optimization in neural networks pp. 466-470

- K.Y.M. Wong and D. Sherrington
- Basins of attraction in a neural network model trained with external fields pp. 471-480

- H.W. Yau and D.J. Wallace
| |