Properties of One-Dimensional Motion, Discrete Spectrum (Bound States), The Free Particle: Continuous States, The Potential Step
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Quantum Mechanics Concepts and Applications Second Edition by Nouredine Zettili Jacksonville State University, Jacksonville, USA (page =216-223) |
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Course Material
- Solved Problems and Exercise (Ch#4)
- The Finite Square Well Potential, The Harmonic Oscillator, Numerical Solution of the Schrödinger Equation
- The Potential Barrier and Well, The Tunneling Effect, The Asymmetric Square Well, The Symmetric Potential Well
- Properties of One-Dimensional Motion, Discrete Spectrum (Bound States), The Free Particle: Continuous States, The Potential Step
- Solved Problems and Exercise (Ch#3)
- Symmetries and Conservation Laws, Finite Unitary Transformations, Connecting Quantum to Classical Mechanics, The Ehrenfest Theorem, Quantum Mechanics and Classical Mechanics
- Measurement in Quantum Mechanics, Expectation Values, Complete Sets of Commuting Operators, Measurement and the Uncertainty Relations, Time Evolution of the System’s State
- The Basic Postulates of Quantum Mechanics, The State of a System, Observables and Operators
- Solved Problems and Exercise (Ch#2)
- Matrix Representation of the Eigenvalue Problem, Momentum Representation
- Eigenvalues and Eigenvectors of an Operator, Matrix Representation of Kets, Bras, and Operators
- The Hilbert Space and Wave Functions, Dimension and Basis of a Vector Space, Square-Integrable Functions: Wave Functions, Dirac Notation, Operators
- Solved Problems and Exercise (Ch#1)
- Atomic Transition and spectroscopy, Quantized Rule, Wave Packets
- Wave Aspects of Particles, Nature of microscopic world
- Historical Notes, Particle aspects of radiations.
- Chapters 16
- Department Physics
- Teacher
Dr. Safdar Nazir
