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Unformatted text preview: Schrödinger equation: Wavefunction Ψ wave modes or states Allowed wavelengths Quantum numbers Quantized energies Energy level diagrams Hydrogen atom (QM vs. Bohr model) One dimensional box or tube – allowed wavelength, momentum, kinetic energy Transitions, energy level diagrams and photon emission or absorption Probability Mutually exclusive or independent Coin tosses, dice rolls, random processes Copenhagen Interpretation of Quantum Mechanics Ψ (x,t) (wave function or probability amplitude) and  Ψ (x,t) 2 (probability density) What is observed? Heisenberg Uncertainty Relation Double slit experiment Schrödinger's cat experiment Collapse of the wavefunction Spin of electron and other particles Pauli exclusion principle The play “Copenhagen” Why did Bohr and Heisenberg meet? What was Margrethe’s role? What was the importance of the diffusion equation? See PowerPoint slides for more questions...
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This note was uploaded on 03/10/2008 for the course PHY 6 taught by Professor Garyr.goldstein during the Spring '06 term at Tufts.
 Spring '06
 GaryR.Goldstein
 Physics, Energy, Kinetic Energy, Photon, Radiation

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