Propagating fronts are seen in varieties of nonequilibrium pattern forming systems in
Physics, Chemistry and Biology. In the last two decades, many researchers have contributed …

We consider a family of models describing the evolution under selection of a population
whose dynamics can be related to the propagation of noisy traveling waves. For one …

Fluctuation theorem for entropy production is revisited in the framework of stochastic
processes. The applicability of the fluctuation theorem to physico-chemical systems and the …

We study the effect of the noise due to microscopic fluctuations on the position of a one
dimensional front propagating from a stable to an unstable region in the “linearly marginal …

We study the propagation of pulled fronts in the A↔ A+ A microscopic reaction-diffusion
process using Monte Carlo simulations. In the mean field approximation the process is …

We study the Semenov thermochemical model at different levels of description. This simple
model of combustion includes the description of slow oxidation with stabilization of the …

Traditional stochastic modeling of reactive systems limits the domain of applicability of the
associated path thermodynamics to systems involving a single elementary reaction at the …

We compare the master-equation description and molecular-dynamics simulations of a
chemical wave front. We find that the front propagation speed depends on the number of …

We study stochastic effects in a thermochemical explosive system exchanging heat with a
thermostat. We use a mesoscopic description based on the master equation for temperature …

The second law of thermodynamics states that entropy production in macroscopic systems is
non-negative, reaching zero only at thermodynamic equilibrium. As a corollary, this implies …