2013Unpublished venueRequires access

From the Analogues between Mechanics and Optics to Schrödinger Wave Mechanics

Yong-Yi Huang

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Abstract

th , 2012; revised: Jan. 8 th , 2013; accepted: Jan. 16 th , 2013 Abstract: In order that students have a whole realization of the wave mechanics foundation, we review the two impor- tant enlightened steps in details, i.e. the analogues between mechanics and optics, de Broglie matter wave. Based on the duality of wave and particle, we report the whole process that Schrodinger founded his wave mechanics. We introduce Schrodinger's interesting and deep method of deriving wave equation to quantum mechanics teaching.

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th , 2012; revised: Jan. 8 th , 2013; accepted: Jan. 16 th , 2013 Abstract: In order that students have a whole realization of the wave mechanics foundation, we review the two impor- tant enlightened steps in details, i.e. the analogues between mechanics and optics, de Broglie matter wave. Based on the duality of wave and particle, we report the whole process that Schrodinger founded his wave mechanics. We introduce Schrodinger's interesting and deep method of deriving wave equation to quantum mechanics teaching.

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Available abstract

th , 2012; revised: Jan. 8 th , 2013; accepted: Jan. 16 th , 2013 Abstract: In order that students have a whole realization of the wave mechanics foundation, we review the two impor- tant enlightened steps in details, i.e. the analogues between mechanics and optics, de Broglie matter wave. Based on the duality of wave and particle, we report the whole process that Schrodinger founded his wave mechanics. We introduce Schrodinger's interesting and deep method of deriving wave equation to quantum mechanics teaching.

Key concepts: Matter wave, Wave mechanics, Schrödinger's cat, Schrödinger equation, Quantum mechanics, Wave–particle duality, Physics, Analytical dynamics

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