Supersymmetric Quantum Mechanics and Partially Solvable Potential
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Abstract
Supersymmetric quantum mechanics can be used to obtain the spectrum and eigenstates of one-dimensional Hamiltonians. It is particularly useful when applied to partially solvable potentials because a superalgebra allows us to compute the spectrum state by state. Some solutions for the truncated Coulomb potential, an asymptotically linear potential, and a nonpolynomial potential are shown to exemplify the method.
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English
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Physics of Atomic Nuclei, v. 61, n. 10, p. 1722-1725, 1998.
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