I Don’t Understand Quantum Physics
Author: Douglas Ross FRS
*Wait a few seconds for the document to load, the time may vary depending on your internet connection. If you prefer, you can download the file by clicking on the link below.
Information
Description: I Don’t Understand Quantum Physics, provides an introduction to quantum physics, covering classical physics, experiments that challenged classical views, wave-particle duality, matter waves, quantum states, and interpretations of quantum physics.
Pages: 104
Megabytes: 0.82 MB
This may interest you
Foundations of Quantum Theory
Extension: PDF | 881 pages
Foundations of Quantum Theory, is a book that explores the foundations of quantum mechanics, emphasizing classical-quantum duality and operator algebras. It covers various topics such as states, observables, the measurement problem, quantum logic, and symmetry.
Theoretical Concepts of Quantum Mechanics
Extension: PDF | 610 pages
Theoretical Concepts of Quantum Mechanics, is a comprehensive collection covering various aspects of quantum mechanics and its mathematical foundations.
Quantum Theory, Groups and Representations: An Introduction
Extension: PDF | 580 pages
Quantum Theory, Groups and Representations: An Introduction, provides an introduction to quantum mechanics, group theory, and representations. It explores the basic principles of quantum mechanics, unitary group representations, and the connection between representations and quantum mechanics.
Quantum Physics
Extension: PDF | 548 pages
Quantum Physics, is a comprehensive guide to the principles and applications of quantum physics. It covers topics such as problems with classical physics, diffraction thought experiments, probability amplitudes, wave packets, uncertainty, operators, expectation values, the Schrödinger equation, eigenfunctions, eigenvalues, and vector spaces.
Lecture Notes on Quantum Mechanics
Extension: PDF | 391 pages
Lecture Notes on Quantum Mechanics, is a comprehensive introduction to the fundamentals of quantum mechanics, covering topics such as the wave-like behavior of electrons, the quantum state, dynamics of the quantum state, exact solutions, aspects of spin, approximation methods, advanced topics, and more.
