Introduction to Quantum Mechanics
portes grátis
Introduction to Quantum Mechanics
From Facts to Formalism
Sinha, Tilak
Taylor & Francis Ltd
08/2021
266
Dura
Inglês
9780367547073
15 a 20 dias
650
Descrição não disponível.
Preface. Prologue. Theoretical Framework - A Working Definition. The Empirical Basis of QM. States as Vectors. Observables as Operators. Imprecise Measurements and Degeneracy. Time Evolution of Quantum Systems. Continuous Spectra. Three Classic Eigenvalue Problems. QM of Composite Systems. A Probability. B Linear Algebra. Bibliography. Index.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Young Man;Quantum Systems;Symmetric Subspace;Quantum Theory;Primitive Spectrum;Linear Algebra;Orthonormal Basis;Hermitian Operator;Linear Hermitian Operator;Infinite Dimensional State Spaces;Tensor Product;Conjugate Symmetry Property;Probability Amplitudes;Vector Space;Nondegenerate Eigenvalues;Multiparticle System;Orthonormal Eigenvectors;Tensor Product Space;Compatible Observables;Tensor Product State;Linearly Independent;Precise Observable;Degenerate Eigenvalues;Imprecise Measurement;Quantum Observables;Common Eigenvectors;Number Operators;Heisenberg Picture
Preface. Prologue. Theoretical Framework - A Working Definition. The Empirical Basis of QM. States as Vectors. Observables as Operators. Imprecise Measurements and Degeneracy. Time Evolution of Quantum Systems. Continuous Spectra. Three Classic Eigenvalue Problems. QM of Composite Systems. A Probability. B Linear Algebra. Bibliography. Index.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Young Man;Quantum Systems;Symmetric Subspace;Quantum Theory;Primitive Spectrum;Linear Algebra;Orthonormal Basis;Hermitian Operator;Linear Hermitian Operator;Infinite Dimensional State Spaces;Tensor Product;Conjugate Symmetry Property;Probability Amplitudes;Vector Space;Nondegenerate Eigenvalues;Multiparticle System;Orthonormal Eigenvectors;Tensor Product Space;Compatible Observables;Tensor Product State;Linearly Independent;Precise Observable;Degenerate Eigenvalues;Imprecise Measurement;Quantum Observables;Common Eigenvectors;Number Operators;Heisenberg Picture
