Journal of Mathematical Physics · 1991 · 42 citations · 15 references
Natural SciencesMathematicsPhysicsGeometryMathematical PhysicsTopologyDifferential GeometryGroup TheoryGroup Theory In PhysicsLie AlgebrasLie GroupsSymplectic GeometryCoadjoint OrbitsLie Algebra TheoryLie Group ActionsPhase Space RepresentationQuantizationSelf-adjoint OperatorsTransformations
The Stratonovich–Weyl correspondence is a restatement of the Moyal quantization where the phase space is a manifold and where a group of transformations acts on it transitively. The first and most important step is to define a mapping from the manifold into the set of self-adjoint operators on a Hilbert space, under suitable conditions. This mapping is called a Stratonovich–Weyl kernel. The construction of this mapping is discussed on coadjoint orbits of the one-dimensional Galilei, Poincaré, and Newton–Hooke groups as well as the two-dimensional Euclidean group.
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