The Poincaré algebra can be extended (non-centrally) to the Maxwell algebra and beyond. These extensions are relevant for describing particle dynamics in electromagnetic backgrounds and possibly including the backreaction due the presence of multipoles. We point out a relation of this construction to free Lie algebras that gives a unified description of all possible kinematic extensions, leading to a symmetry algebra that we call Maxwell∞. A specific dynamical system with this infinite symmetry is constructed and analysed.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
Kinematic algebras can be realised on geometric spaces and constrain the physical models that can li...
We present a comprehensive introduction to spacetime algebra that emphasizes its practicality and po...
11 pages, To appear in the Proceedings of the Lorentz Workshop "Beyond the Quantum", eds. Th.M. Nieu...
Abstract The Poincaré algebra can be extended (non-centrally) to the Maxwell algebra and beyond. The...
The Maxwell algebra is a noncentral extension of the Poincaré algebra, in which the momentum generat...
In this paper we obtain the Lie symmetries and the Noether symmetries for several physical systems, ...
We study symmetry properties and the possibility of exact integration of the time-independent Schröd...
We define a new algebraic extension of the Poincaré symmetry; this algebra is used to implement a fi...
Professor Tonnis ter Veldhuis provides Macalester students with research opportunities in theoretica...
We study the space-time invariances of the relativistic particle action for both the massive and mas...
The symmetries of a scalar field theory in multifractional spacetimes are analyzed. The free theory ...
New analytical results for two-dimensional force-free fields are presented. First, a number of exact...
We study systematically various extensions of the Poincar\'e superalgebra. The most general structur...
We investigate a systematic approach to include curvature corrections to the isometry algebra of fla...
The algebras of the symmetry operators for the Hamilton–Jacobi and Klein–Gordon–Fock equations are f...
Kinematic algebras can be realised on geometric spaces and constrain the physical models that can li...
We present a comprehensive introduction to spacetime algebra that emphasizes its practicality and po...
11 pages, To appear in the Proceedings of the Lorentz Workshop "Beyond the Quantum", eds. Th.M. Nieu...
Abstract The Poincaré algebra can be extended (non-centrally) to the Maxwell algebra and beyond. The...
The Maxwell algebra is a noncentral extension of the Poincaré algebra, in which the momentum generat...
In this paper we obtain the Lie symmetries and the Noether symmetries for several physical systems, ...
We study symmetry properties and the possibility of exact integration of the time-independent Schröd...
We define a new algebraic extension of the Poincaré symmetry; this algebra is used to implement a fi...
Professor Tonnis ter Veldhuis provides Macalester students with research opportunities in theoretica...
We study the space-time invariances of the relativistic particle action for both the massive and mas...
The symmetries of a scalar field theory in multifractional spacetimes are analyzed. The free theory ...
New analytical results for two-dimensional force-free fields are presented. First, a number of exact...
We study systematically various extensions of the Poincar\'e superalgebra. The most general structur...
We investigate a systematic approach to include curvature corrections to the isometry algebra of fla...
The algebras of the symmetry operators for the Hamilton–Jacobi and Klein–Gordon–Fock equations are f...
Kinematic algebras can be realised on geometric spaces and constrain the physical models that can li...
We present a comprehensive introduction to spacetime algebra that emphasizes its practicality and po...
11 pages, To appear in the Proceedings of the Lorentz Workshop "Beyond the Quantum", eds. Th.M. Nieu...