Zitterbewegung in monolayer silicene in a magnetic field
E. Romera, J. B. Rold\'an, F. de los Santos
TL;DR
This paper investigates the Zitterbewegung phenomenon in monolayer silicene under a magnetic field, analyzing quantum dynamics, periodicities, and comparing results with graphene and MoS2.
Contribution
It provides a detailed analysis of Zitterbewegung in silicene and compares its quantum behaviors with other 2D materials under magnetic fields.
Findings
Identification of Zitterbewegung characteristics in silicene
Analysis of classical and revival times in the system
Comparison of quantum dynamics across silicene, graphene, and MoS2
Abstract
We study the Zitterbewegung in monolayer silicene under a perpendicular magnetic field. Using an effective Hamiltonian, we have investigated the autocorrelation function and the density currents in this material. Moreover, we have analyzed other types of periodicities of the system (classical and revival times). Finally, the above results are compared with their counterparts in two other monolayer materials subject to a magnetic field: graphene and MoS
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