Ballistic Lévy walk with rests: Escape from a bounded domain
arXiv:1909.09811 · doi:10.5506/APhysPolB.51.1773
Abstract
The Lévy walk process for the lower interval of the time of flight distribution () and with finite resting time between consecutive flights is discussed. The motion is restricted to a region bounded by two absorbing barriers and the escape process is analysed. By means of a Poisson equation, the total density, which includes both flying and resting phase, is derived and the first passage time properties determined: the mean first passage time appears proportional to the barrier position; moreover, the dependence of that quantity on is established. Two limits emerge from the model: of short waiting time, that corresponds to Lévy walks without rests, and long waiting time which exhibits properties of a Lévy flights model. The similar quantities are derived for the case of a position-dependent waiting time. Then the mean first passage time rises with barrier position faster than for Lévy flights model. The analytical results are compared with Monte Carlo trajectory simulations.
8 pages, 5 figures
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