User:Jimw338/Books/Quantum Mechanics 1

This user book is a user-generated collection of Wikipedia articles that can be easily saved, rendered electronically, and ordered as a printed book. If you are the creator of this book and need help, see Help:Books (general tips) and WikiProject Wikipedia-Books (questions and assistance).

Edit this book: Book Creator · Wikitext

Order a printed copy from: PediaPress

[ About ] [ Advanced ] [ FAQ ] [ Feedback ] [ Help ] [ WikiProject ] [ Recent Changes ]

Planck[edit]

Basics: Introduction to quantum mechanics; Interpretations of quantum mechanics; Introduction to gauge theory; Schrödinger wave equation; Uncertainty principle; Complementarity (physics); Wave-particle duality; Particle in a box; Macroscopic quantum phenomena
Instrumentalism: Instrumentalist interpretation; Hilbert space; Expected value; Time evolution
Plank Units: Planck units; Physical constant; Planck constant; Planck length; Speed of light; Planck time; Time; Mathematical formulation of quantum mechanics; Bra-ket notation; Self-adjoint operator
Quantum Philosophy: Gravitational constant; Quantum gravity; Wave function; Wave function collapse; Schrödinger equation; Philosophy of physics; Matter; Energy; Philosophy of science; Field (physics); Probability distribution; Quantum logic
Copenhagen: Copenhagen interpretation; Erwin Schrödinger; Max Born; Boojum (superfluidity); Superfluidity; Mermin–Wagner theorem; Richard Feynman
Philosophy High Level: Philosophical realism; Ontology; Scientific formalism; Scientific community metaphor; Epistemology; Phenomenon; Indeterminism; Determinism; Predeterminism; Scientific realism; Instrumentalism
De Broglie-Bohm: De Broglie–Bohm theory; Louis de Broglie; David Bohm; Pilot wave; Quantum entanglement; Quantum superposition; Measurement; Conservation law; Quantum teleportation; Quantum nonlocality; Hidden variable theory; Von Neumann entropy; Bell state
Measurement: Measurement in quantum mechanics; Measurement problem; Observer (quantum physics); Observer effect (physics); Wigner's friend; Point particle; Unitary operator; Double-slit experiment; Quantum operation
EPR/Quantum-Crypto: EPR paradox; Many-worlds interpretation; Alice and Bob; Quantum computer; No-communication theorem; Action at a distance (physics); Principle of locality; Niels Bohr; Hilary Putnam; Is logic empirical?
Bell/Hidden Variables: Bell's theorem; Local hidden variable theory; John Stewart Bell; Boris Podolsky; Nathan Rosen; Locality principle; Werner Heisenberg; Paul Davies
Reversibility: Irreversibility; Counterfactual definiteness; Universal wavefunction; Consistent histories
Cosmology: ADM formalism; Wheeler–DeWitt equation; Minisuperspace; Physical cosmology; Adiabatic theorem; Friedmann–Lemaître–Robertson–Walker metric; Loop quantum cosmology; Big Bounce; Cyclic model
Ensemble Interpretation: Ensemble interpretation; Phenomenology (particle physics); Relational quantum mechanics; Eigenvalues and eigenvectors; Shear mapping; Relational approach to quantum physics
Dirac: Dirac equation; Zitterbewegung; Bohr-Sommerfeld quantization
Black Holes/AdS-CFT/Gauge Theory: Gerard 't Hooft; Gauge theory; Maldacena duality; String theory; Transactional interpretation; Standing wave; Afshar experiment; John G. Cramer; Wheeler–Feynman absorber theory; Stochastic interpretation
Mind-Body Problem: Quantum mind–body problem; Ghirardi-Rimini-Weber theory; Objective collapse theory; Penrose interpretation; John von Neumann; Eugene Wigner; Anthropic principle; John Archibald Wheeler; Henry P. Stapp; Henry Stapp; Many-minds interpretation; Quantum information; Idealism; Dennis Dieks
Other: Minority interpretations of quantum mechanics; Calogero conjecture; Alfred Landé; Quantum mysticism; Quantum Bayesianism; Bohr–Einstein debates; Path integral formulation; Line integral; Quantum Zeno effect
Classical Physics: Philosophical interpretation of classical physics