양자역학1

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양형진

페이스북 트위터 카카오톡 네이버밴드 링크복사

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자연과학 >수학ㆍ물리ㆍ천문ㆍ지리 >물리학
강의학기

2015년 1학기

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15,224
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4.2/5.0 (9)

강의계획서

양자역학은 소립자에서부터 원자핵, 원자, 그리고 고체에 이르기까지 물질의 제반 현상을 다루는 데 있어 기본 틀을 제공하는 학문이다. 본 강의에서는 양자론이 나오게 된 배경에서 시작하여 양자역학의 기본 가설과 기본 개념, 수학적 구조를 소개한다.

수강안내 및 수강신청
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Emergence of Quantum Mechanics

차시별 강의

1.	Emergence of Quantum Mechanics	Quantization, Blackbody radiation, Photoelectric Effect, Compton effect, Electron Diffraction, Duality, The Bohr Atom
	Emergence of Quantum Mechanics	Quantization, Blackbody radiation, Photoelectric Effect, Compton effect, Electron Diffraction, Duality, The Bohr Atom
	Emergence of Quantum Mechanics
2.	Fourier Integral, Wave particle Duality, and Wave packet	Fourier trf, Fourier Integral, Delta-ftn Wave Particle Duality, Wave packets, Uncertainty Realation Δ k Δ x
	Fourier Integral, Wave particle Duality, and Wave packet	Fourier trf, Fourier Integral, Delta-ftn Wave Particle Duality, Wave packets, Uncertainty Realation Δ k Δ x
	Fourier Integral, Wave particle Duality, and Wave packet
3.	Probability Interpretation	Double Slit Experiment, Probability Interpretation
	Probability Interpretation	Double Slit Experiment, Probability Interpretation
	Probability Interpretation
4.	Schrodinger Equation	Schrodinger Equation, Phase, DeBroigle Wave, Probability Density, Probability Current, Expectation Values
	Schrodinger Equation	Schrodinger Equation, Phase, DeBroigle Wave, Probability Density, Probability Current, Expectation Values
	Schrodinger Equation
5.	Time Independent Schrodinger Eq	Time Independent Schrodinger Equation, Eigenvalue Equations
	Time Independent Schrodinger Eq
6.	Infinite Square Well Potential	Infinite Square Well Potential and its Boundary Conditions, Physical Information of Eigenstates
	Infinite Square Well Potential	Infinite Square Well Potential and its Boundary Conditions, Physical Information of Eigenstates
	Infinite Square Well Potential
7.	Expansion Postulates	Postulates of Quantum Mechanics, Expansion Postulates and its Physical Interpretation, Momentum Eigen function
	Expansion Postulates	Postulates of Quantum Mechanics, Expansion Postulates and its Physical Interpretation, Momentum Eigen function
	Expansion Postulates
8.	Potential Problems	One Dimensional Potentials, Potential Step, Potential Well, Potential Barrier, Tunneling
	Potential Problems	One Dimensional Potentials, Potential Step, Potential Well, Potential Barrier, Tunneling
	Potential Problems
9.	Hermitian Operator and vector Space	Eigenfunctons and Eigenvectors, Hamiltonian Operator, Momentum Operator, Hermitian Operator, Vector Analogy
	Hermitian Operator and vector Space	Eigenfunctons and Eigenvectors, Hamiltonian Operator, Momentum Operator, Hermitian Operator, Vector Analogy
	Hermitian Operator and vector Space
10.	Dirac notation and Hilbert Space	Dirac Notation, Structure of Hilbert Space, Vector Spaces and Operators, Properties of Hermitian Operator
	Dirac notation and Hilbert Space
11.	Uncertainty Relations	Degeneracy and Simultaneous Observables, Uncertainty Relations
	Uncertainty Relations	Degeneracy and Simultaneous Observables, Uncertainty Relations
	Uncertainty Relations
12.	Harmonic Oscillator 01	The Energy Spectrum of Harmonic Oscillator, Ladder Operator
	Harmonic Oscillator 01	The Energy Spectrum of Harmonic Oscillator, Ladder Operator
	Harmonic Oscillator 01
13.	Harmonic Oscillator 02	From Operators to the Schrodinger equation, The Time Dependence of Operators
	Harmonic Oscillator 02	From Operators to the Schrodinger equation, The Time Dependence of Operators
	Harmonic Oscillator 02