Credit Weight: 0.5 Prerequisite(s): Physics 2331 Description: Classical causality, Heinsenberg’s principle, position and momentum determining experiments, wave packets and spread, electromagnetism, wave-particle duality, de Broglie particle-wave duality, matter waves, electron stability, Schr?dinger equation, boundary conditions, finite and infinite one-dimensional wells. Transmission and reflection coefficients. Introduction to simple harmonic oscillator and the hydrogen atom. Emphasis will be on applications of interest to physicists and chemists. Offering: 3-0; 0-0

Physics 3113 Quantum Mechanics I

Credit Weight: 0.5 Prerequisite(s): Physics 2331 Description: Classical causality, Heinsenberg’s principle, position and momentum determining experiments, wave packets and spread, electromagnetism, wave-particle duality, de Broglie particle-wave duality, matter waves, electron stability, Schr?dinger equation, boundary conditions, finite and infinite one-dimensional wells. Transmission and reflection coefficients. Introduction to simple harmonic oscillator and the hydrogen atom. Emphasis will be on applications of interest to physicists and chemists. Offering: 3-0; 0-0




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