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자연과학 >수학ㆍ물리ㆍ천문ㆍ지리 >물리학
강의학기

2011년 2학기

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9,914

The subject covers including time-independent and dependent perturbation theory, scattering theory, identical particles, electromagnetic interaction, etc.

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Symmetries in Quantum Mechanics

차시별 강의

1.	Symmetries in Quantum Mechanics (강의자료)	Symmetries in Classical Mechanics and Quantum Mechanics, discrete symmetries, wave function under parity, an example of simple harmonic oscillator
	Symmetries in Quantum Mechanics	Symmetries in Classical Mechanics and Quantum Mechanics, discrete symmetries, wave function under parity, an example of simple harmonic oscillator
2.	Symmetric operator (강의자료)	Digression on symmetry operators, time-reversal operator
	Symmetric operator	Digression on symmetry operators, time-reversal operator
3.	Time reversal operator for a spin 1/2 system (강의자료)	Time reversal operator for a spin 1/2 system
	Time reversal operator for a spin 1/2 system	Time reversal operator for a spin 1/2 system
4.	Time-independent perturbation (강의자료)	Time-independent perturbation theory - non-degenerate case, formal development of perturbation expansion
	Time-independent perturbation	Time-independent perturbation theory - non-degenerate case, formal development of perturbation expansion
5.	Wave function renormalization (강의자료)	Wave function renormalization and its examples
	Wave function renormalization	Wave function renormalization and its examples
6.	Wave function computation (강의자료)	Ground state wave function, degenerate perturbation theory, linear stark effect, the Bohr radius
	Wave function computation	Ground state wave function, degenerate perturbation theory, linear stark effect, the Bohr radius
7.	Degenerate perturbation theory (강의자료)	Hydrogen-like atoms, relativistic correction, the zeeman effect
	Degenerate perturbation theory	Hydrogen-like atoms, relativistic correction, the zeeman effect
8.	Van der Waals interaction (강의자료)	Van der Waals interaction, variational method
	Van der Waals interaction 1	Van der Waals interaction, variational method
	Van der Waals interaction 2	Van der Waals interaction, variational method
9.	Time-dependent perturbation (강의자료)	Time-dependent perturbation, Time-dependent two-slate problem
	Time-dependent perturbation	Time-dependent perturbation, Time-dependent two-slate problem
10.	Time-dependent perturbation theroy (강의자료)	Dyson Series, hormonic perturbation, application to interactions with the classical radiation field, energy shift and decay width
11.	Scattering theory (강의자료)	The Lippmann-Schwinger equation, the born approximation, optical theorem