Symbolic-manipulation constructions of Hilbert-space metrics in quantum mechanics

Details Symbolic-manipulation constructions of Hilbert-space metrics in quantum mechanics Symbolic-manipulation constructions of Hilbert-space metrics in quantum mechanics

2011-05-23

arxiv.org/abs/1105.4525v1

Computer Science

Symbolic Computation

12 pp., 2 figures, to be presented to the Computer Algebra in Scientific Computing conference (http://www14.in.tum.de/CASC2011

Scientific paper

The problem of the determination of the Hilbert-space metric which renders a given Hamiltonian $H$ self-adjoint is addressed from the point of view of applicability of computer-assisted algebraic manipulations. An exactly solvable example of the so called Gegenbauerian quantum-lattice oscillator is recalled for the purpose. Both the construction of suitable metric (basically, the solution of the Dieudonne's operator equation) and the determination of its domain of positivity are shown facilitated by the symbolic algebraic manipulations and by MAPLE-supported numerics and graphics.

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