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Topic 2: Quantum mechanics applied to semiconductors

Topic 2: Quantum mechanics applied to semiconductors. Kai Shum 2011-09-02. Topic #2: Quantum mechanics. Schrodinger wave equation  e igen states/wave-functions (Yariv 1D & HO , Shum’s note) transmission/reflection (Yariv 1D)  1 st and 2 nd order perturbation (Yariv)

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Topic 2: Quantum mechanics applied to semiconductors

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  1. Topic 2: Quantum mechanics applied to semiconductors Kai Shum 2011-09-02

  2. Topic #2: Quantum mechanics • Schrodinger wave equation eigen states/wave-functions (Yariv 1D & HO, Shum’s note) transmission/reflection (Yariv 1D)  1st and 2nd order perturbation (Yariv)  exciton binding energy (note) • Time-dependent Schrodinger equation  tunneling current (1994 Jihad paper)  charge dynamics (Shum’s VQP)  transition rates (Yariv) • Quantum superposition (wiki link) • Quantum correlation  Entanglement (Shum’s note)

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