물질의 전자구조

건국대학교
Mats Jonsonl

페이스북 트위터 카카오톡 네이버밴드 링크복사

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자연과학 >수학ㆍ물리ㆍ천문ㆍ지리 >물리학
강의학기

2010년 2학기

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3,522

소재의 물성과 소재를 구성하는 원자 및 분자에서의 전자구조의 상관관계를 다루고, 전자구조의 실체를 파악하는 이론적, 실험적 방법론을 가르친다.

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Introduction,1.Phase Coherent Transport in Normal Metals (1)

차시별 강의

1.	Introduction,1.Phase Coherent Transport in Normal Metals (1)	1.1 Resonant tunneling
	Introduction,1.Phase Coherent Transport in Normal Metals (2)	1.1 Resonant tunneling
	Introduction,1.Phase Coherent Transport in Normal Metals (3)	1.1 Resonant tunneling
2.	1.Phase Coherent Transport in Normal Metals (1)	1.2 Persistent currents
	1.Phase Coherent Transport in Normal Metals (2)	1.2 Persistent currents
	1.Phase Coherent Transport in Normal Metals (3)	1.2 Persistent currents
3.	1.Phase Coherent Transport in Normal Metals (1)	1.3 Phase coherent trandport and the Landauer approach
	1.Phase Coherent Transport in Normal Metals (2)	1.3 Phase coherent trandport and the Landauer approach
	1.Phase Coherent Transport in Normal Metals (3)	1.3 Phase coherent trandport and the Landauer approach
4.	1.Phase Coherent Transport in Normal Metals (1)	1.4 The Thouless picture of electron localization
	1.Phase Coherent Transport in Normal Metals (2)	1.4 The Thouless picture of electron localization
5.	1.Phase Coherent Transport in Normal Metals (1)	1.5 Scaling theory of electron localization
	1.Phase Coherent Transport in Normal Metals (2)	1.5 Scaling theory of electron localization
	1.Phase Coherent Transport in Normal Metals (3)	1.5 Scaling theory of electron localization
	1.Phase Coherent Transport in Normal Metals (4)	1.5 Scaling theory of electron localization
6.	1.Phase Coherent Transport in Normal Metals (1)	1.6 The weakly localized regime
	1.Phase Coherent Transport in Normal Metals (2)	1.6 The weakly localized regime
7.	1.Phase Coherent Transport in Normal Metals (1)	1.7 Universal conductance fluctuations
	1.Phase Coherent Transport in Normal Metals (2)	1.7 Universal conductance fluctuations
	1.Phase Coherent Transport in Normal Metals (3)	1.7 Universal conductance fluctuations
8.	2.Coulomb Blockade of Electron Tunneling (1)	2.Coulomb Blockade of Electron Tunneling
	2.Coulomb Blockade of Electron Tunneling (2)	2.Coulomb Blockade of Electron Tunneling
9.	3.Mesosocopic Superconductivity	3.1 BCS theory of superconductivity
10.	3.Mesosocopic Superconductivity	3.2 Mean field approximation. Bogoliubov-de Gennes equation
11.	3.Mesosocopic Superconductivity (1)	3.3 Homogeneous superconductors. Electron and hole character of quasiparticle
	3.Mesosocopic Superconductivity (2)	3.3 Homogeneous superconductors. Electron and hole character of quasiparticle
12.	3.Mesosocopic Superconductivity	3.4 Quasiclassical approximation. Quasiparticle trajectories
13.	3.Mesosocopic Superconductivity (1)	3.5 Modeling the pair potential near a microconstriction. Superconducting weak links
	3.Mesosocopic Superconductivity (2)	3.5 Modeling the pair potential near a microconstriction. Superconducting weak links
	3.Mesosocopic Superconductivity (3)	3.5 Modeling the pair potential near a microconstriction. Superconducting weak links
	3.Mesosocopic Superconductivity (4)	3.5 Modeling the pair potential near a microconstriction. Superconducting weak links
14.	3.Mesosocopic Superconductivity	3.6 Andreev levels and the supercurrent through a weak link
15.	3.Mesosocopic Superconductivity (1)	3.7 Quantization of supercurrent through adiabatic point contacts
	3.Mesosocopic Superconductivity (2)	3.7 Quantization of supercurrent through adiabatic point contacts
16.	Final exam