1010.2061 (R. Tsekov)

Brownian markets    [PDF]

R. Tsekov

1306.3505 (Rahul Dandekar et al.)

A class of exactly solved assisted hopping models of active-absorbing
state transitions on a line    [PDF]

Rahul Dandekar, Deepak Dhar

1306.3528 (Haley A. Yaple et al.)

A Continuum Generalization of the Ising Model    [PDF]

Haley A. Yaple, Daniel M. Abrams

1306.3562 (Yusuf Yuksel)

Monte Carlo simulations of dynamic phase transitions in ultrathin
Blume-Capel films    [PDF]

Yusuf Yuksel

1306.3576 (Arda Halu et al.)

Multiplex PageRank    [PDF]

Arda Halu, Raul J. Mondragon, Pietro Pansaraza, Ginestra Bianconi

1306.3587 (Paul Chleboun et al.)

Condensation in stochastic particle systems with stationary product
measures    [PDF]

Paul Chleboun, Stefan Grosskinsky

1306.3639 (Mathieu Beau et al.)

The ideal Bose gas in open harmonic trap systems and its condensation
revisited    [PDF]

Mathieu Beau, Baptiste Savoie

1306.3782 (Eldad Bettelheim)

Integrable Quantum Hydrodynamics in Two Dimensional Phase Space    [PDF]

Eldad Bettelheim

1306.3806 (Tadeusz Kosztołowicz)

Cattaneo--type subdiffusion--reaction equation    [PDF]

Tadeusz Kosztołowicz

1306.3848 (Angel J. Garcia-Adeva)

Real-space renormalization group method for quantum 1/2 spins on the
pyrochlore lattice    [PDF]

Angel J. Garcia-Adeva

1306.3858 (Mariusz Żaba et al.)

Path-wise versus kinetic modeling for equilibrating non-Langevin
jump-type processes    [PDF]

Mariusz Żaba, Piotr Garbaczewski, Vladimir Stephanovich

1306.3866 (Hans Hooyberghs et al.)

Efficiency at maximum power of a chemical engine    [PDF]

Hans Hooyberghs, Bart Cleuren, Alberto Salazar, Joseph O. Indekeu, Christian Van den Broeck

1306.3900 (Denis Bernard et al.)

Time-reversal symmetry and fluctuation relations in non-equilibrium
quantum steady states    [PDF]

Denis Bernard, Benjamin Doyon

1306.3924 (Krzysztof Szczepaniec et al.)

Non-Gaussian, non-dynamical stochastic resonance    [PDF]

Krzysztof Szczepaniec, Bartlomiej Dybiec

1306.3925 (David Wallace)

Recurrence Theorems: a unified account    [PDF]

David Wallace