MECHANICS:
QUANTUM:
See also History of
Quantum Mechanics
 General: MIT Open Courseware:
 General: Textbooks: Introductory:
Zollman et al. 94/01;
 General: Introductory:
Super Physics;
Wedgbury 1995;
 General: Textbooks:
R. Nave's HyperPhysics site;
Dyson 1951;
Sherrill 97/08a;
Rosu (in Spanish) 98/08;
Rosu (in Romanian) 2000/03;
Rosu (in English) 2000/04;
Cohen 2006/05;

The Elements of Quantum Mechanics
by Saul Dushman
[New York: John Wiley, 1938]

Quantum Chemistry
by Henry Eyring et al.
[New York: John Wiley, 1944]

The General Principles of Quantum Theory
by G. Temple
[London: Methuen, 1946]

Introduction to Quantum Mechanics
by Robert H. Dicke and James P. Wittke
[Reading, Mass.: AddisonWesley, 1960]

Quantum Mechanics: NonRelativistic Theory
by L. D. Landau and E. M. Lifshitz
[Oxford: Pergamon, 1965]
Volume III of the Course of Theoretical Physics

Quantum Mechanics
by Leonard I. Schiff
[Tokyo: Kōgakusha, 1968]

Understanding Quantum Mechanics
by Gordon Troup
[London: Methuen, 1968]

Elementary Quantum Mechanics
by Sir Nevill Mott
[London: Wykeham, 1972]

A First Course in Quantum Mechanics
by Hylton Clark
[New York: Van Nostrand Reinhold, 1974]

An Introductory Course on Quantum Mechanics
by Bram Gaasbeek
[2010/07] 204pp.

Fundamental Physics
by Badis Ydri
[2016/03] 286 pp., in Arabic. "This book includes my lectures,
together with their problem sets and solutions, on 1) classical
mechanics (one semester), 2) thermodynamics and statistical
mechanics (one semester), and 3) quantum mechanics (one
semester), which I have been giving to graduate students of
theoretical physics at Annaba University since 2010.''
 General: Bibliographies:
Melikidze 98/03;
 General:
Kleppner and Jackiw 2000/08;
Lomonaco 2000/07;
Mermin 2002/07;
 General: Experimental Evidence:
Nakada 95/02;
Peccei 95/04;
Peccei 95/08;
 General: NUMERICAL METHODS:
 General: PROBLEM SETS FOR STUDENTS:
 Types:
LOW DIMENSIONAL;
MACROSCOPIC;
MOLECULAR;
"OLD"
 Type: FINITE DIMENSIONAL:
 Type: FRACTIONAL:
 Type: FREDKIN REPRESENTATION:
Shajesh and Milton 2005/10;
 Type: GEOMETRIC:
 Type: MATRIX:
 Type: MOLECULAR: Textbooks:
Sherrill 97/08a;
 Type: NONHERMITIAN:
 Type: NONLINEAR:
Svetlichny 2004/10;
 Type: RELATIVISTIC:
 Type: RELATIVISTIC: Aspects:
BETHESALPETER EQUATION;
DIRAC EQUATION;
KLEINGORDAN EQUATION;
 Type: SUPERSYMMETRIC:
Rodrigues 2000/05;
Feinberg 2003/05;
 Type: THREE BODY:
 Type: TOMOGRAPHIC REPRESENTATION:
 Aspects:
CONDENSED MATTER;
ENTANGLEMENT;
PHILOSOPHICAL INTERPRETATION;
QUANTUM FLUIDS;
SCHROEDINGER EQUATION;
TELEPORTATION;
ZEEMAN EFFECT;
ZENO EFFECT;
ZITTERBEWEGUNG;
 Aspects: DISCORD:
 DOWNCONVERSION:
 Aspects: HIDDEN SYMMETRIES:
 Aspects: MATTERWAVE TRANSIENTS:
 Aspects: OPEN SYSTEMS:
 Aspects: PAULI EXCLUSION PRINCIPLE:
 Aspects: QUANTISATION: Types:
DEFORMATION;
CONSTRAINT;
LIGHTCONE;
 Aspects: QUANTISATION: Type: BATALINVILKOVISKY:
 Aspects: QUANTISATION: Type: GEOMETRIC:
 Aspects: QUANTISATION: Type: STRICT:
 Aspects: QUANTUM MEASUREMENT:
Wunderlich and Balzer 2003/05;
 Aspects: QUANTUM MEASUREMENT: Re: GRAVITATIONAL RADIATION:
 Aspects: QUANTIZATION PROCEDURES:
Giulini 2003/04;
 Aspects: QUANTIZATION PROCEDURES: DEFORMATION QUANTISATION:
 Aspects: QUANTUM RESOURCE THEORIES:
 Aspects: QUENCHES:
 Aspects: SHORTCUTS TO ADIABATICITY:
 Aspects: SIMULATIONS:
 Aspects: TUNNELING:
 Aspects: WAVEFUNCTION TRANSIENTS:
 Aspects: WAVEPARTICLE DUALITY:
Rabinowitz 2003/02;
 Aspects: WEAK VALUES:
 Re: CLASSICAL REGIME:
 Re: FIELD THEORY:
 Re: GROUP THEORY:
 Re: INTEGRALS:
Fermann 97/07;
Sherrill 97/09;
 Re: KNOT THEORY:
 Re: THERMODYNAMICS:
 Re: TORSION:
Shapiro 2001/03;