Pseudo-spin as a Relativistic Symmetry

Abstract

We show that pseudo - spin symmetry in nuclei could arise from nucleons moving in a relativistic mean field which has an attractive scalar and repulsive vector potential nearly equal in magnitude.

10 pages, latex, two figures given on request, LA-UR-96-3719, to be published in PRL

Cited by in corpus (216)

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• New insight on pseudospin doublets in nuclei
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• Significance of tensor force in pseudo-spin symmetry
• Recent progresses on the pseudospin symmetry in single particle resonant states
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• Pseudospin Dynamical Symetry in Nuclei
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• Pseudospin symmetry: Recent progress with supersymmetric quantum mechanics
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• Bound State Solutions of the Dirac-Shifted Tietz-Wei Potential Plus a Generalized Ring-Shaped Potential with Spin and Pseudospin symmetry
• Highest weight irreducible representations favored by nuclear forces within SU(3)-symmetric fermionic systems
• Fermions embedded in a scalar-vector kink-like smooth potential
• On the Klein's paradox in the presence of a scalar potential
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• Comment on ``Kepler problem in Dirac theory for a particle with position-dependent mass''
• Solutions of the spatially-dependent mass Dirac equation with the spin and pseudo-spin symmetry for the Coulomb-like potential
• Experimental study of ${}^{53}$Cr via the $(d,p\gamma )$ reaction
• Relativistic Pseudospin Symmetry and the Structure of Nuclear States
• Scattering, bound states, and resonances in the one-dimensional Dirac equation via supersymmetric quantum mechanics
• Relativistic Pseudospin Symmetry in Nuclei