Abstract Non-associative algebras appear in some quantum-mechanical systems, for instance if a charged particle in a distribution of magnetic monopoles is considered. Using methods of deformation quantization it is shown here, that algebras for such systems cannot be alternative, i.e. their associator cannot be completely anti-symmetric
We investigate formal deformations of certain classes of nonassociative algebras including classes o...
We define a noncommutative and nonanticommutative associative product for general supersymplectic fo...
We define a noncommutative and nonanticommutative associative product for general supersymplectic fo...
International audienceNon-associative algebras appear in some quantum-mechanical systems, for instan...
International audienceNon-associative algebras appear in some quantum-mechanical systems, for instan...
International audienceNon-associative algebras appear in some quantum-mechanical systems, for instan...
Non-commutativity and non-associativity are quite natural in string theory. For open strings it appe...
AbstractNon-commutativity and non-associativity are quite natural in string theory. For open strings...
We present a deformed star-product for a particle in the presence of a magnetic monopole. The produc...
We present a deformed star-product for a particle in the presence of a magnetic monopole. The produc...
We present a deformed star-product for a particle in the presence of a magnetic monopole. The produc...
We present a deformed star-product for a particle in the presence of a magnetic monopole. The produc...
We consider the geometric and non-geometric faces of closed string vacua arising by T-duality from p...
AbstractNon-commutativity and non-associativity are quite natural in string theory. For open strings...
Restricting the states of a charged particle to the lowest Landau level introduces a noncommutativit...
We investigate formal deformations of certain classes of nonassociative algebras including classes o...
We define a noncommutative and nonanticommutative associative product for general supersymplectic fo...
We define a noncommutative and nonanticommutative associative product for general supersymplectic fo...
International audienceNon-associative algebras appear in some quantum-mechanical systems, for instan...
International audienceNon-associative algebras appear in some quantum-mechanical systems, for instan...
International audienceNon-associative algebras appear in some quantum-mechanical systems, for instan...
Non-commutativity and non-associativity are quite natural in string theory. For open strings it appe...
AbstractNon-commutativity and non-associativity are quite natural in string theory. For open strings...
We present a deformed star-product for a particle in the presence of a magnetic monopole. The produc...
We present a deformed star-product for a particle in the presence of a magnetic monopole. The produc...
We present a deformed star-product for a particle in the presence of a magnetic monopole. The produc...
We present a deformed star-product for a particle in the presence of a magnetic monopole. The produc...
We consider the geometric and non-geometric faces of closed string vacua arising by T-duality from p...
AbstractNon-commutativity and non-associativity are quite natural in string theory. For open strings...
Restricting the states of a charged particle to the lowest Landau level introduces a noncommutativit...
We investigate formal deformations of certain classes of nonassociative algebras including classes o...
We define a noncommutative and nonanticommutative associative product for general supersymplectic fo...
We define a noncommutative and nonanticommutative associative product for general supersymplectic fo...