Logo

The origin and development of the quantum theory

Large book cover: The origin and development of the quantum theory

The origin and development of the quantum theory
by

Publisher: The Clarendon press
Number of pages: 32

Description:
"The origin and development of the quantum theory" is Max Planck's Nobel prize address delivered before the Royal Swedish Academy of Sciences at Stockholm, 2 June, 1920. Planck sketches in outline the history of the origin of the Quantum Theory and gives a brief account of the development of this theory and its influence on the Physics of the present day.

Home page url

Download or read it online for free here:
Download link
(multiple formats)

Similar books

Book cover: A Primer on Quantum Mechanics and Its InterpretationsA Primer on Quantum Mechanics and Its Interpretations
by - arXiv
All the concepts necessary to understand quantum mechanics on an initial level are given in a form suitable for the non-expert. The topics include visualizing the wave function, wave-particle duality, the implications of Schrodinger's cat, etc.
(7299 views)
Book cover: Quantum Mechanics Made SimpleQuantum Mechanics Made Simple
by - 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.
(5637 views)
Book cover: Theoretical Physics III: Quantum TheoryTheoretical Physics III: Quantum Theory
by - TU Clausthal
Contents: Particle waves; Double slit; Towards a theory; Quantum effects; Language of quantum mechanics; Representations; Measurements; Dynamics; Symmetry; Specific Symmetries; Rotations, Angular Momentum and Spin; Atoms; Approximation techniques ...
(3363 views)
Book cover: This Quantum WorldThis Quantum World
- Wikibooks
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.
(11027 views)