Finite Mathematics as the Foundation of Classical Mathematics and Quantum Theory
portes grátis
Finite Mathematics as the Foundation of Classical Mathematics and Quantum Theory
With Applications to Gravity and Particle Theory
Lev, Felix
Springer Nature Switzerland AG
11/2021
291
Mole
Inglês
9783030611033
15 a 20 dias
480
Descrição não disponível.
Introduction.- A new look at the position operator in quantum theory.- Basic properties of de Sitter quantum theories.- Algebraic description of irreducible representations.- Two-body systems in discrete basis.- Why finite mathematics is the most general and finite quantum theory is more pertinent physical theory than standard one.- Semiclassical states in modular representations.- Basic properties of anti-de Sitter quantum theories.- Dirac singletons as the only true elementary particles.- A conjecture on the nature of time 11. Discussion and conclusion
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Finite Quantum theory;Foundation of Quantum Theory;Quantum de Sitter Symmetry;Foundation of Mathematics;Gravity in Finite Quantum Theory;Cosmological Accelleration and de Sitter Symmetry;Particle and Antiparticle Quantum Numbers;Quantal Paradox for Photons from Stars;Dirac Singletons;Nature of Time Conjecture
Introduction.- A new look at the position operator in quantum theory.- Basic properties of de Sitter quantum theories.- Algebraic description of irreducible representations.- Two-body systems in discrete basis.- Why finite mathematics is the most general and finite quantum theory is more pertinent physical theory than standard one.- Semiclassical states in modular representations.- Basic properties of anti-de Sitter quantum theories.- Dirac singletons as the only true elementary particles.- A conjecture on the nature of time 11. Discussion and conclusion
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Finite Quantum theory;Foundation of Quantum Theory;Quantum de Sitter Symmetry;Foundation of Mathematics;Gravity in Finite Quantum Theory;Cosmological Accelleration and de Sitter Symmetry;Particle and Antiparticle Quantum Numbers;Quantal Paradox for Photons from Stars;Dirac Singletons;Nature of Time Conjecture
