We study the effect of resetting on diffusion in a logarithmic potential. In this model, a particle
diffusing in a potential U (x)= U 0 log| x| is reset, ie, taken back to its initial position, with a …

The interest in the self‐assembly of peptide‐based systems has grown significantly over the
past 10–15 years, as more and more applications are shown to benefit from the useful …

We investigate the first passage properties of a Brownian particle diffusing freely inside ad-
dimensional sphere with absorbing spherical surface subject to stochastic resetting. We …

We numerically investigate the mean exit time of an inertial active Brownian particle from a
circular cavity with single or multiple exit windows. Our simulation results witness distinct …

Restart is a general framework, of prime importance and wide applicability, for expediting
first-passage times and completion times of general stochastic processes. Restart protocols …

Many biological systems possess confined structures, which produce novel influences on
the dynamics. Here, stochastic resonance (SR) in a triple cavity that consists of three units …

We have examined the temperature dependence of noise-induced escape rate of Brownian
particles between two distinct regions in a two-dimensional enclosure through a narrow …

Transport of suspended Brownian particles dc driven along corrugated narrow channels is
numerically investigated in the regime of finite damping. We show that inertial corrections …

We study the nontrivial thermodynamic responses of an overdamped Brownian system
driven by an unbiased driving force when the particle is confined inside a bilobal irregular …

We have studied the occurrence of stochastic resonance when a flexible polymer chain
undergoes a single-file translocation through a nano-pore separating two spherical cavities …