1996arXiv (Cornell University)Open access

Strictly isospectral Bianchi type ll cosmological models

H. C. Rosu, J. Socorro, O. Obregón

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Abstract

We apply the strictly isospectral technique of standard supersymmetric quantum mechanics to the Q=0 factor ordered Wheeler-DeWitt equation for the Friedmann-Robertson-Walker (FRW) minisuperspace model. The resulting strictly isospectral one-parameter families of both FRW cosmological potentials and wavefunctions of the universe are exhibited with relevant plots

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We apply the strictly isospectral technique of standard supersymmetric quantum mechanics to the Q=0 factor ordered Wheeler-DeWitt equation for the Friedmann-Robertson-Walker (FRW) minisuperspace model. The resulting strictly isospectral one-parameter families of both FRW cosmological potentials and wavefunctions of the universe are exhibited with relevant plots

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Available abstract

We apply the strictly isospectral technique of standard supersymmetric quantum mechanics to the Q=0 factor ordered Wheeler-DeWitt equation for the Friedmann-Robertson-Walker (FRW) minisuperspace model. The resulting strictly isospectral one-parameter families of both FRW cosmological potentials and wavefunctions of the universe are exhibited with relevant plots

Key concepts: Isospectral, Minisuperspace, Friedmann–Lemaître–Robertson–Walker metric, Mathematical physics, Physics, Universe, Wave function, Type (biology)

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