Through a very simple treatment we have constructed a lower bound for the statistical fluctuations of the survival probability of particles moving diffusively in a medium with random traps. We show that in the asymptotic regime the total survival probability is a non-self averaging quantity, in that the fluctuations dominate the mean value
We consider a particle diffusing in a bounded, crowded, rearranging medium. The rearrangement happen...
The evolution of a particle undergoing a continuous-time random walk in the presence of randomly pla...
We discuss theoretical work on motion-limited trapping kinetics at very low temperatures where theor...
We consider nonstationary diffusion in a medium with static random traps-sinks. We address the probl...
We calculate the asymptotic decay of a quantum particle moving in a d-dimensional medium doped with ...
The survival problem for a Brownian particle moving among random traps is considered in the case whe...
We consider one-dimensional discrete-time random walks (RWs) in the presence of finite size traps of...
We study the asymptotic decay of a quantum particle moving in a one-dimensional medium with a strong...
The properties of a particle diffusing on a one-dimensional lattice where at each site a random barr...
International audienceWe study the ensemble statistics of the particle density in a random medium wh...
16 pagesWe present a systematic analytical approach to the trapping of a random walk by a finite den...
We calculate the survival probability of a diffusing test particle in an environment of diffusing pa...
The statistics of equally weighted random paths (ideal polymer) is studied in two- and three dimensi...
The statistics of equally weighted random paths (ideal polymer) is studied in two- and three-dimensi...
The statistics of equally weighted random paths (ideal polymer) is studied in two- and three dimensi...
We consider a particle diffusing in a bounded, crowded, rearranging medium. The rearrangement happen...
The evolution of a particle undergoing a continuous-time random walk in the presence of randomly pla...
We discuss theoretical work on motion-limited trapping kinetics at very low temperatures where theor...
We consider nonstationary diffusion in a medium with static random traps-sinks. We address the probl...
We calculate the asymptotic decay of a quantum particle moving in a d-dimensional medium doped with ...
The survival problem for a Brownian particle moving among random traps is considered in the case whe...
We consider one-dimensional discrete-time random walks (RWs) in the presence of finite size traps of...
We study the asymptotic decay of a quantum particle moving in a one-dimensional medium with a strong...
The properties of a particle diffusing on a one-dimensional lattice where at each site a random barr...
International audienceWe study the ensemble statistics of the particle density in a random medium wh...
16 pagesWe present a systematic analytical approach to the trapping of a random walk by a finite den...
We calculate the survival probability of a diffusing test particle in an environment of diffusing pa...
The statistics of equally weighted random paths (ideal polymer) is studied in two- and three dimensi...
The statistics of equally weighted random paths (ideal polymer) is studied in two- and three-dimensi...
The statistics of equally weighted random paths (ideal polymer) is studied in two- and three dimensi...
We consider a particle diffusing in a bounded, crowded, rearranging medium. The rearrangement happen...
The evolution of a particle undergoing a continuous-time random walk in the presence of randomly pla...
We discuss theoretical work on motion-limited trapping kinetics at very low temperatures where theor...
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