양자역학1

건국대학교
Kingman Cheung

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

자연과학 >수학ㆍ물리ㆍ천문ㆍ지리 >물리학
강의학기

2013년 1학기

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6,305

수학적지식을 배경으로한 양자역학의 기초를 배우며 고전역학과의 비교 및 hemiltonian equation, harmonic oscillator 에 대해 배운다

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

Mathematical Background Ⅰ

차시별 강의

1.	Mathematical Background Ⅰ	Mathematical Introduction
	Mathematical Background Ⅰ	Mathematical Introduction
	Mathematical Background Ⅰ	Mathematical Introduction
	Mathematical Background Ⅰ	Mathematical Introduction
2.	Mathematical Background Ⅱ	Linear operator and ploblem, Matrix representation, Hamiltonian operator
	Mathematical Background Ⅱ	Linear operator and ploblem, Matrix representation, Hamiltonian operator
	Mathematical Background Ⅱ	Linear operator and ploblem, Matrix representation, Hamiltonian operator
	Mathematical Background Ⅱ	Linear operator and ploblem, Matrix representation, Hamiltonian operator
3.	Mathematical Background Ⅲ	Eigenvalue of unitary operator
	Mathematical Background Ⅲ	Eigenvalue of unitary operator
	Mathematical Background Ⅲ	Eigenvalue of unitary operator
4.	Review of Classical Mechanics Ⅰ	Functions of operator, Schrodinger Equation, wavefunctions
	Review of Classical Mechanics Ⅰ	Functions of operator, Schrodinger Equation, wavefunctions
	Review of Classical Mechanics Ⅰ	Functions of operator, Schrodinger Equation, wavefunctions
	Review of Classical Mechanics Ⅰ	Functions of operator, Schrodinger Equation, wavefunctions
5.	Review of Classical Mechanics Ⅱ	Canonical transformation, Hemiltonian equation, Poisson bracket and equation motion
	Review of Classical Mechanics Ⅱ	Canonical transformation, Hemiltonian equation, Poisson bracket and equation motion
	Review of Classical Mechanics Ⅱ	Canonical transformation, Hemiltonian equation, Poisson bracket and equation motion
	Review of Classical Mechanics Ⅱ	Canonical transformation, Hemiltonian equation, Poisson bracket and equation motion
6.	Review of Classical Mechanics Ⅲ	Classical Mechanics VS Quantum Mechanics, Poisson bracket, wavefunctions
	Review of Classical Mechanics Ⅲ	Classical Mechanics VS Quantum Mechanics, Poisson bracket, wavefunctions
	Review of Classical Mechanics Ⅲ	Classical Mechanics VS Quantum Mechanics, Poisson bracket, wavefunctions
	Review of Classical Mechanics Ⅲ	Classical Mechanics VS Quantum Mechanics, Poisson bracket, wavefunctions
7.	Quantum Postulates	Collapse of the state vector, Free particle, particle in a box, wave packet
	Quantum Postulates	Collapse of the state vector, Free particle, particle in a box, wave packet
	Quantum Postulates	Collapse of the state vector, Free particle, particle in a box, wave packet
8.	Quantum systems Ⅰ	Compton scattering, momentum conservation equation, inverse compton scattering, Quantum ensemble of state
	Quantum systems Ⅰ	Compton scattering, momentum conservation equation, inverse compton scattering, Quantum ensemble of state
	Quantum systems Ⅰ	Compton scattering, momentum conservation equation, inverse compton scattering, Quantum ensemble of state
9.	Quantum systems Ⅱ	Schrodinger Equation, time-independent Schrodinger Equation, Free particle
	Quantum systems Ⅱ	Schrodinger Equation, time-independent Schrodinger Equation, Free particle
	Quantum systems Ⅱ	Schrodinger Equation, time-independent Schrodinger Equation, Free particle
10.	Quantum systems Ⅲ	particle in a box, wave packet, wave function, Certainly equation for probability
	Quantum systems Ⅲ	particle in a box, wave packet, wave function, Certainly equation for probability
	Quantum systems Ⅲ	particle in a box, wave packet, wave function, Certainly equation for probability
	Quantum systems Ⅲ	particle in a box, wave packet, wave function, Certainly equation for probability
11.	Harmonic Oscillators Ⅰ	classical oscillator, quantization of harmonic oscillator
	Harmonic Oscillators Ⅰ	classical oscillator, quantization of harmonic oscillator
	Harmonic Oscillators Ⅰ	classical oscillator, quantization of harmonic oscillator
12.	Harmonic Oscillators Ⅱ	classical oscillator, harmonic oscillator
	Harmonic Oscillators Ⅱ	classical oscillator, harmonic oscillator
	Harmonic Oscillators Ⅱ	classical oscillator, harmonic oscillator
13.	Uncertainty Principle	Heisenberg uncertainly principle, The minimum uncertainly wave function
	Uncertainty Principle	Heisenberg uncertainly principle, The minimum uncertainly wave function
	Uncertainty Principle	Heisenberg uncertainly principle, The minimum uncertainly wave function