Lectures on Quantum Physics and Applications
by Paul E. Dimotakis
Publisher: California Institute of Technology 1980
Number of pages: 427
The text covers classical mechanics, wave mechanics, the Schroedinger equation, quantum behavior in one-dimensional potentials, harmonic oscillator systems, orbital angular momentum, motion in a central potential, methods of approximation, the electromagnetic field, spin, interaction of radiation and matter, emission and absorption.
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by Weng Cho Chew - University of Illinois
This set of supplementary lecture notes is intended to teach quantum mechanics to undergraduate students as well as graduate students. The primary text book for this course is Quantum Mechanics for Scientists and Engineers by D.A.B. Miller.
by Max Planck - The Clarendon press
This is Max Planck's Nobel prize address delivered before the Royal Swedish Academy of Sciences at Stockholm, 2 June, 1920. He sketches the history of the origin of the Quantum Theory, the development of this theory and its influence on the Physics.
by Tarun Biswas - State University of New York at New Paltz
The text maintains the separation of the minimal set of postulates from the mathematical techniques. At the same time close contact with experiment will be maintained to avoid alienating the physics student. Mathematical rigor is also be maintained.
Introduction to the subject of quantum mechanics, following the historical development of the theory. Physics and mathematics required. From the contents: atoms, the Feynman route to Schroedinger, the Schroedinger equation, entanglement.