6533b826fe1ef96bd12845c7
RESEARCH PRODUCT
On a possible origin of quantum groups
Daniel SternheimerMoshé Flatosubject
Quantization (physics)Poisson bracketQuantum groupQuantum mechanicsAssociative algebraStatistical and Nonlinear PhysicsUniquenessInvariant (physics)QuantumMathematical PhysicsClassical limitMathematical physicsMathematicsdescription
A Poisson bracket structure having the commutation relations of the quantum group SLq(2) is quantized by means of the Moyal star-product on C∞(ℝ2), showing that quantum groups are not exactly quantizations, but require a quantization (with another parameter) in the background. The resulting associative algebra is a strongly invariant nonlinear star-product realization of the q-algebra Uq(sl(2)). The principle of strong invariance (the requirement that the star-commutator is star-expressed, up to a phase, by the same function as its classical limit) implies essentially the uniqueness of the commutation relations of Uq(sl(2)).
year | journal | country | edition | language |
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1991-06-01 | Letters in Mathematical Physics |