The quantum-to-classical transition is considered from the point of view of contractions of associative algebras. Various methods and ideas to deal with contractions of associative algebras are discussed that account for a large family of examples. As an instance of them, the commutative algebra of functions in phase space, corresponding to classical physical observables, is obtained as a contraction of the Moyal star-product which characterizes the quantum case. Contractions of associative algebras associated to Lie algebras are discussed, in particular the Weyl–Heisenberg and SU(2) groups are considered
Classical mechanics is formulated in complex Hilbert space with the introduction of a commutative pr...
We define and study an analogue of the Baum–Connes assembly map for complex semisimple quantum grou...
Quantization of classical systems using the star-product of symbols of observables is discussed. In ...
The quantum-to-classical transition is considered from the point of view of contractions of associa...
We study construction of the star-product version of three basic quantum canonical transformations w...
We study construction of the star-product version of three basic quantum canonical transformations w...
Contractions of Lie bialgebras and Hopf algebras are discussed with examples. Especially, it is show...
Introduction There are many quantization procedures associating classical and quantum observables (...
AbstractWe consider several ternary algebras relevant to physics. We compare and contrast the quanta...
Statistical reformulation of quantum mechanics in terms of phase-space distribution functions as giv...
The contraction of quantum Lie algebras providing D = 4 quantum Poincaré algebras are briefly reviev...
Abstract. Groups first entered mathematics in their geometric guise, as col-lections of all symmetri...
We provide an answer to the long-standing problem of mixing quantum and classical dynamics within a...
Consiglio Nazionale delle Ricerche - Biblioteca Centrale - P.le Aldo Moro, 7, Rome / CNR - Consiglio...
A Lie algebraic approach to the unitary transformations in Weyl quantization is discussed. This appr...
Classical mechanics is formulated in complex Hilbert space with the introduction of a commutative pr...
We define and study an analogue of the Baum–Connes assembly map for complex semisimple quantum grou...
Quantization of classical systems using the star-product of symbols of observables is discussed. In ...
The quantum-to-classical transition is considered from the point of view of contractions of associa...
We study construction of the star-product version of three basic quantum canonical transformations w...
We study construction of the star-product version of three basic quantum canonical transformations w...
Contractions of Lie bialgebras and Hopf algebras are discussed with examples. Especially, it is show...
Introduction There are many quantization procedures associating classical and quantum observables (...
AbstractWe consider several ternary algebras relevant to physics. We compare and contrast the quanta...
Statistical reformulation of quantum mechanics in terms of phase-space distribution functions as giv...
The contraction of quantum Lie algebras providing D = 4 quantum Poincaré algebras are briefly reviev...
Abstract. Groups first entered mathematics in their geometric guise, as col-lections of all symmetri...
We provide an answer to the long-standing problem of mixing quantum and classical dynamics within a...
Consiglio Nazionale delle Ricerche - Biblioteca Centrale - P.le Aldo Moro, 7, Rome / CNR - Consiglio...
A Lie algebraic approach to the unitary transformations in Weyl quantization is discussed. This appr...
Classical mechanics is formulated in complex Hilbert space with the introduction of a commutative pr...
We define and study an analogue of the Baum–Connes assembly map for complex semisimple quantum grou...
Quantization of classical systems using the star-product of symbols of observables is discussed. In ...