PDM KG-Coulombic particles in cosmic string rainbow gravity spacetime and a uniform magnetic field
arXiv:2301.12370 · doi:10.1016/j.physletb.2023.137793
Abstract
Klein-Gordon (KG) particles in cosmic string rainbow gravity spacetime and a uniform magnetic field are studied in the context of the so called, metaphorically speaking, position-dependent mass (PDM) settings. We show that the corresponding KG-equation collapses into a two-dimensional radial Schrödinger-Coulomb like model. The exact textbook solution of which is used to find the energies and wave functions of KG-Coulombic particles (both constant mass and PDM ones). In so doing, we consider, with , four pairs of rainbow functions: (a) , $g_{_{1}}\left( y\right) =\sqrt{1-εy^{2}% }$, (b) , $g_{_{1}}\left( y\right) =\sqrt{% 1-εy}$, (c) , and (d) , . Interestingly, we observe that the first pair in (a) introduces the Planck energy as a maximum possible KG-particle/antiparticle energy value.
14 pages, 8 figures. arXiv admin note: substantial text overlap with arXiv:2301.05464
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