Harmonic Oscillator Lie Bialgebras and their Quantization
Angel Ballesteros, Francisco J. Herranz

TL;DR
This paper classifies all Lie bialgebra structures on the harmonic oscillator algebra, introduces a new quantum oscillator via quantization of a triangular Lie bialgebra, and provides a universal R-matrix for this quantum algebra.
Contribution
It explicitly derives all Lie bialgebra structures on the harmonic oscillator algebra and constructs a new quantum oscillator with an associated universal R-matrix.
Findings
All Lie bialgebra structures are of the coboundary type.
A new quantum oscillator is introduced as a quantization of a triangular Lie bialgebra.
A universal R-matrix for the new quantum algebra is provided.
Abstract
All possible Lie bialgebra structures on the harmonic oscillator algebra are explicitly derived and it is shown that all of them are of the coboundary type. A non-standard quantum oscillator is introduced as a quantization of a triangular Lie bialgebra, and a universal -matrix linked to this new quantum algebra is presented.
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Taxonomy
TopicsAlgebraic structures and combinatorial models · Nonlinear Waves and Solitons · Advanced Topics in Algebra
