Template:Quantum Mechanics A

Quantum Mechanics A

Schrödinger equation The most fundamental equation of quantum mechanics which describes the rule according to which a state $|\Psi \rangle$ evolves in time.

Physical Basis of Quantum Mechanics

Basic concepts and theory of motion UV Catastrophe (Black Body Radiation) Photoelectric Effect Stability of Matter Double Slit Experiment Stern-Gerlach Experiment The principle of complementarity The Correspondence Principle The Philosophy of Quantum Theory

Schrödinger equation

Original Idea of Schrödinger Equation Brief deviation of Schrodinger Equation Stationary states Conservation of probability States, Dirac bra-ket notation Heisenberg Uncertainty relations Some Consequences of the Uncertainty Principle

Motion in one dimension

Double-slit · Davisson–Germer Stern–Gerlach · Bell's inequality Popper · Schrödinger's cat Elitzur–Vaidman bomb-tester Quantum eraser Delayed choice quantum eraser Wheeler's delayed choice

Operators, eigenfunctions, symmetry, and time evolution

Schrödinger picture Heisenberg picture Interaction picture Matrix mechanics Sum over histories

Discrete eigenvalues and bound states

Schrödinger equation Pauli equation Klein–Gordon equation Dirac equation Rydberg formula

Path Integral Evaluation of the Free-Particle Propagator

de Broglie–Bohm · CCC · Consistent histories · Copenhagen · Ensemble · Hidden variables · Many-worlds · Objective collapse · Pondicherry · Quantum logic · Relational · Stochastic · Transactional

Angular momentum

Quantum information science Scattering theory Quantum field theory Quantum chaos

Central forces

Schrödinger equation Pauli equation Klein–Gordon equation Dirac equation Rydberg formula

Continuous eigenvalues and collision theory

Schrödinger equation Pauli equation Klein–Gordon equation Dirac equation Rydberg formula

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