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Table of Contents
Intro
Preface
Contents
About the Author
Abbreviations
1 Open Systems
1.1 Transport Current
1.2 Aharonov-Bohm Effect
1.3 Inclusion of Magnetic Field: Feynman Path Approach
References
2 Closed Systems
2.1 Parity Effect in Closed Ring
2.2 Break Down of Parity Effect
References
3 Larmor Clock and Friedel Sum Rule
3.1 Larmor Precession Time
3.2 Hierarchy of Mesoscopic Formulas
References
4 Scattering in Q1D
4.1 A Typical Scattering Problem in Q1D
4.2 Delta Function Potential in Q1D
References
5 Negative Partial Density of States
5.1 Burgers Circuit: An Introduction
5.2 Model Potentials
5.2.1 Double Delta Function Potential in One Dimension
5.2.2 Stub Potential
5.2.3 Delta Function Potential in Q1D
5.2.4 Three Prong Potential
5.3 Injectance and Friedel Sum Rule
5.4 Summary
References
6 Time Travel
6.1 Reflections
References
Preface
Contents
About the Author
Abbreviations
1 Open Systems
1.1 Transport Current
1.2 Aharonov-Bohm Effect
1.3 Inclusion of Magnetic Field: Feynman Path Approach
References
2 Closed Systems
2.1 Parity Effect in Closed Ring
2.2 Break Down of Parity Effect
References
3 Larmor Clock and Friedel Sum Rule
3.1 Larmor Precession Time
3.2 Hierarchy of Mesoscopic Formulas
References
4 Scattering in Q1D
4.1 A Typical Scattering Problem in Q1D
4.2 Delta Function Potential in Q1D
References
5 Negative Partial Density of States
5.1 Burgers Circuit: An Introduction
5.2 Model Potentials
5.2.1 Double Delta Function Potential in One Dimension
5.2.2 Stub Potential
5.2.3 Delta Function Potential in Q1D
5.2.4 Three Prong Potential
5.3 Injectance and Friedel Sum Rule
5.4 Summary
References
6 Time Travel
6.1 Reflections
References