Relativistic particles subject to the straight line scalar potential in one-dimensional world
Keywords:
Dirac equation, systema in low dimensions, confining potential.Abstract
Properties of the relativistic particles in 1+1 dimensions subject to the straight line scalar potential on the entire axis x is discussed. It is demonstrated that such a potential for the relativistic particles in 1+1 is confining one. The particles are localized in a neighborhood of a definite position (a localization center) determined by the potential parameters. The localization center is common for all states of the particles. It is shown that the position probability density of the particles is invariant under a certain transformation of the potential parameters. Some consequences of the found properties are discussed.Downloads
How to Cite
Smirnov, A. (2011). Relativistic particles subject to the straight line scalar potential in one-dimensional world. Scientia Plena, 4(11). Retrieved from https://scientiaplena.emnuvens.com.br/sp/article/view/728
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