Several issues concerning quantum kappa-Poincare algebra are discussed and reconsidered. We propose two different formulations of kappa-Poincare quantum algebra. Firstly we present complete Hopf algebra formulae of kappa-Poincare in classical Poincare basis. Further by adding one extra generator, modifying the classical structure of Poincare algebra, we eliminate non polynomial functions in the kappa-parameter. Hilbert space representations of such algebras make Doubly Special Relativity (DSR) similar to the Stueckelberg version of relativistic Quantum Mechanics
We derive a new real quantum Poincaré algebra with standard real structure, obtained by contraction ...
Born proposed a unification of special relativity and quantum mechanics that placed position, time, ...
A new real quantum Poincaré algebra which is a standard ∗-Hopf algebra is obtained by the constructi...
We describe firstly the basic features of quantum $\kappa$-Poincar\'{e} symmetries with their Hopf a...
The dissertation presents possibilities of applying noncommutative spacetimes description, particula...
There is a growing number of physical models, like point particle(s) in 2+1 gravity or Doubly Specia...
A general formalism is developed that allows the construction of a field theory on quantum spaces wh...
A general formalism is developed that allows the construction of a field theory on quantum spaces wh...
We shall outline two ways of introducing the modification of Einstein's relativistic symmetries of s...
The Poincare-Weyl Hopf subalgebra of a recently introduced mass-like quantum conformal algebra is pr...
In this paper we recall the construction of Doubly Special Relativity (DSR) as a theory with energy-...
Two one-parameter families of twists providing kappa-Minkowski * -product deformed spacetime are con...
We propose a definition of a Poincare algebra for a two-dimensional spacetime with one discretized d...
The kappa-deformation of the 2+1 anti-de Sitter, Poincare and de Sitter groups is studied within a u...
The idea of a role for DSR (doubly-special relativity) in quantum gravity finds some encouragement i...
We derive a new real quantum Poincaré algebra with standard real structure, obtained by contraction ...
Born proposed a unification of special relativity and quantum mechanics that placed position, time, ...
A new real quantum Poincaré algebra which is a standard ∗-Hopf algebra is obtained by the constructi...
We describe firstly the basic features of quantum $\kappa$-Poincar\'{e} symmetries with their Hopf a...
The dissertation presents possibilities of applying noncommutative spacetimes description, particula...
There is a growing number of physical models, like point particle(s) in 2+1 gravity or Doubly Specia...
A general formalism is developed that allows the construction of a field theory on quantum spaces wh...
A general formalism is developed that allows the construction of a field theory on quantum spaces wh...
We shall outline two ways of introducing the modification of Einstein's relativistic symmetries of s...
The Poincare-Weyl Hopf subalgebra of a recently introduced mass-like quantum conformal algebra is pr...
In this paper we recall the construction of Doubly Special Relativity (DSR) as a theory with energy-...
Two one-parameter families of twists providing kappa-Minkowski * -product deformed spacetime are con...
We propose a definition of a Poincare algebra for a two-dimensional spacetime with one discretized d...
The kappa-deformation of the 2+1 anti-de Sitter, Poincare and de Sitter groups is studied within a u...
The idea of a role for DSR (doubly-special relativity) in quantum gravity finds some encouragement i...
We derive a new real quantum Poincaré algebra with standard real structure, obtained by contraction ...
Born proposed a unification of special relativity and quantum mechanics that placed position, time, ...
A new real quantum Poincaré algebra which is a standard ∗-Hopf algebra is obtained by the constructi...