The Theory of Symmetry Actions in Quantum Mechanics [electronic resource] : with an Application to the Galilei Group /
Cassinelli, Gianni.author.
Vito, Ernesto.author.
Levrero, Alberto.author.
Lahti, Pekka J.author.
This is a book about representing symmetry in quantum mechanics. The book is on a graduate and/or researcher level and it is written with an attempt to be concise, to respect conceptual clarity and mathematical rigor. The basic structures of quantum mechanics are used to identify the automorphism group of quantum mechanics. The main concept of a symmetry action is defined as a group homomorphism from a given group, the group of symmetries, to the automorphism group of quantum mechanics. The structure of symmetry actions is determined under the assumption that the symmetry group is a Lie group. The Galilei invariance is used to illustrate the general theory by giving a systematic presentation of a Galilei invariant elementary particle. A brief description of the Galilei invariant wave equations is also given.
Bibliographic Level Mode of Issuance: Monograph
A Synopsis of Quantum Mechanics -- The Automorphism Group of Quantum Mechanics -- The Symmetry Actions and Their Representations -- The Galilei Groups -- Galilei Invariant Elementary Particles -- Galilei Invariant Wave Equations.
This is a book about representing symmetry in quantum mechanics. The book is on a graduate and/or researcher level and it is written with an attempt to be concise, to respect conceptual clarity and mathematical rigor. The basic structures of quantum mechanics are used to identify the automorphism group of quantum mechanics. The main concept of a symmetry action is defined as a group homomorphism from a given group, the group of symmetries, to the automorphism group of quantum mechanics. The structure of symmetry actions is determined under the assumption that the symmetry group is a Lie group. The Galilei invariance is used to illustrate the general theory by giving a systematic presentation of a Galilei invariant elementary particle. A brief description of the Galilei invariant wave equations is also given.
Physics.
Quantum physics.
Topological groups.
Lie groups.
Group theory.
Mathematical Methods in Physics.
Quantum Physics.
Topological Groups, Lie Groups.
Group Theory and Generalizations.