Twisted acceleration-enlarged Newton-Hooke Hopf algebras
Marcin Daszkiewicz

TL;DR
This paper explores ten Abelian twist deformations of acceleration-enlarged Newton-Hooke Hopf algebras, deriving associated quantum space-times and their contraction limits to new twisted Galilei spaces, advancing understanding of quantum symmetries.
Contribution
It introduces ten new Abelian twist deformations of acceleration-enlarged Newton-Hooke Hopf algebras and derives their quantum space-times, including contraction limits to twisted Galilei spaces.
Findings
Derived ten new quantum space-times from Abelian twist deformations.
Showed contraction limit leads to twisted Galilei spaces.
Enhanced understanding of quantum deformations of Newton-Hooke symmetries.
Abstract
Ten Abelian twist deformations of acceleration-enlarged Newton-Hooke Hopf algebra are considered. The corresponding quantum space-times are derived as well. It is demonstrate that their contraction limit leads to the new twisted acceleration-enlarged Galilei spaces.
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Taxonomy
TopicsNoncommutative and Quantum Gravity Theories · Quantum Electrodynamics and Casimir Effect · Quantum Mechanics and Applications
