Thermal Properties of a Two-Dimensional Kemmer Oscillator for Spin-1 Particles
摘要
Abstract
This study explores the features of a two-dimensional Kemmer oscillator within the context of relativistic quantum mechanics. By rigorously deriving eigenstates and conducting thermal analysis using the Euler–Maclaurin method, we aim to unveil the subtleties of its dynamics. Our inquiry endeavors to shed light on the thermal characteristics of the system, thus enriching our comprehension of relativistic quantum phenomena.