Equivalent Two-Body Interactions with Specified Bound-State Wave Functions
J. E. Monahan, C. M. Shakin, R. M. Thaler
Abstract
J. E. Monahan, C. M. Shakin, R. M. Thaler
Abstract
We consider two subsets of the set of spectrally equivalent two-particle interactions. The interactions in one subset have identical bound-state eigenfunctions and those in the other have bound-state eigenfunctions that differ in any preassigned manner for small distances of separation. These results enable one to investigate the off-shell properties of on-shell equivalent two-particle potentials that have identical bound-state properties consistent with all information available about such states.
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We consider two subsets of the set of spectrally equivalent two-particle interactions. The interactions in one subset have identical bound-state eigenfunctions and those in the other have bound-state eigenfunctions that differ in any preassigned manner for small distances of separation. These results enable one to investigate the off-shell properties of on-shell equivalent two-particle potentials that have identical bound-state properties consistent with all information available about such states.
Key concepts: Eigenfunction, Bound state, State (computer science), Physics, Wave function, Upper and lower bounds, Shell (structure), Set (abstract data type)