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Quantum Mechanics

Quantum mechanics; Bra–ket notation; Classical mechanics; Hamiltonian (quantum mechanics); Interference (wave propagation); Old quantum theory; Complementarity (physics); Quantum decoherence; Quantum entanglement; Energy level; Quantum nonlocality; Quantum state; Quantum superposition; Quantum tunnelling; Uncertainty principle; Wave function; Wave function collapse; Symmetry in quantum mechanics; Measurement in quantum mechanics; Afshar experiment; Bell test experiments; Davisson–Germer experiment; Delayed choice quantum eraser; Double-slit experiment; Elitzur–Vaidman bomb tester; Franck–Hertz experiment; Mach–Zehnder interferometer; Popper's experiment; Quantum eraser experiment; Schrödinger's cat; Stern–Gerlach experiment; Wheeler's delayed choice experiment; Mathematical formulation of quantum mechanics; Heisenberg picture; Interaction picture; Matrix mechanics; Schrödinger picture; Path integral formulation; Phase space formulation; Dirac equation; Klein–Gordon equation; Pauli equation; Rydberg formula; Schrödinger equation; Interpretations of quantum mechanics; Quantum Bayesianism; Consistent histories; Copenhagen interpretation; De Broglie–Bohm theory; Ensemble interpretation; Hidden variable theory; Many-worlds interpretation; Objective collapse theory; Quantum logic; Relational quantum mechanics; Stochastic interpretation; Transactional interpretation; Quantum field theory; Density matrix; Quantum statistical mechanics; Quantum information science; Scattering theory; Fractional quantum mechanics; Relativistic quantum mechanics; Wave–particle duality; Conjugate variables; Angular momentum diagrams (quantum mechanics); EPR paradox; Macroscopic quantum phenomena; Spherical basis; Quantum harmonic oscillator; Solution of Schrödinger equation for a step potential; Free particle; Distribution (mathematics); Dirac delta function; Eigenvalues and eigenvectors; Kinetic energy; Gödel's incompleteness theorems; Grand Unified Theory; Loop quantum gravity; Quantum computer; Quantum Turing machine; Black hole; Wheeler–Feynman absorber theory; Unified field theory; Church–Turing–Deutsch principle; Quantum circuit; Quantum error correction; Qubit field theory
Scientists: John Stewart Bell; Patrick Blackett, Baron Blackett; David Bohm; Niels Bohr; Max Born; Satyendra Nath Bose; Louis de Broglie; David John Candlin; Arthur Compton; David Deutsch; Paul Dirac

Robert Andrews Millikan

Heike Kamerlingh Onnes

John Archibald Wheeler

@@ Line 96: / Line 96: @@
 :[[Qubit field theory]]
 ;Scientists
+:[[John Stewart Bell]]
+:[[Patrick Blackett, Baron Blackett]]
+:[[David Bohm]]
+:[[Niels Bohr]]
+:[[Max Born]]
+:[[Satyendra Nath Bose]]
+:[[Louis de Broglie]]
+:[[David John Candlin]]
+:[[Arthur Compton]]
 :[[David Deutsch]]
 :[[Paul Dirac]]
-:[[Clinton Davisson]]
-:[[Peter Debye]]
-:[[Paul Ehrenfest]]
 :[[Albert Einstein]]
 :[[Stephen Hawking]]