The Schrödinger equation
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📚 The Schrödinger equation governs the time evolution of quantum states, just like Newton's second law of motion governs the time evolution of classical states. The key term in the Schrödinger equation is the Hamiltonian, the operator that describes the total energy of the system. In this video we discuss time evolution in quantum mechanics, and solve the Schrödinger equation for the special case of conservative systems in which the Hamiltonian is time independent.
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⏮️ BACKGROUND
Dirac notation in state space: • Dirac notation: state space and dual space
Representations: • Representations in quantum mechanics
Eigenvalues and eigenstates: • Eigenvalues and eigenstates in quantum mec...
Measurements | Concepts: • Measurements in quantum mechanics || Concepts
State collapse: • State collapse in quantum mechanics
⏭️ WHAT NEXT?
What happens after a quantum measurement?: • What happens after a quantum measurement?
Density operator for pure states: • Density operator for pure quantum states
Time evolution operator: • The time evolution operator in quantum mec...
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Director and writer: BM
Producer and designer: MC