This book introduces some theories and experiments of quantum transport and consists of two parts: (1) Non-Classical and Non-Linear Transport and (2) Quantum Waveguide Theory. It provides some foundations of semiconductor micro- and nanoelectronics for the after-Moore age.
This book introduces some theories and experiments of quantum transport and consists of two parts: (1) Non-Classical and Non-Linear Transport and (2) Quantum Waveguide Theory. It provides some foundations of semiconductor micro- and nanoelectronics for the after-Moore age.
Introduction Part I Non-Classical Non-Linear Transport 1. Properties of Quantum Transport 2. Non-equilibrium Transport 3. Reasonant Tunneling 4. Longitudinal Transport of Superlattices 5. Mesoscopic Transport 6. Transport in Quantum Dots 7. Silicon Single-Electron Transitor 8. Silicon Single-Electron Memory Part II Quantum Waveguide Theory in Mesoscopic Systems 9. Properties of Quantum Transport 10. One Dimensional Quantum Waveguide Theory 11. Two-Dimensional Quantum Waveguide Theory 12. One-Dimensional Quantum Waveguide Theory of a Rashba Electron 13. 1D Quantum Waveguide Theory of Rashba Electrons in Curved Circuits 14. Spin Polarization of a Rashba Electron with a Mixed State 15. Two-Dimensional Quantum Waveguide Theory of Rashba Electrons 16. Conductance of Rashba Electron in a Quantum Waveguide with Smooth Boundary 17. Spin Flip in a Quantum Ring
Introduction Part I Non-Classical Non-Linear Transport 1. Properties of Quantum Transport 2. Non-equilibrium Transport 3. Reasonant Tunneling 4. Longitudinal Transport of Superlattices 5. Mesoscopic Transport 6. Transport in Quantum Dots 7. Silicon Single-Electron Transitor 8. Silicon Single-Electron Memory Part II Quantum Waveguide Theory in Mesoscopic Systems 9. Properties of Quantum Transport 10. One Dimensional Quantum Waveguide Theory 11. Two-Dimensional Quantum Waveguide Theory 12. One-Dimensional Quantum Waveguide Theory of a Rashba Electron 13. 1D Quantum Waveguide Theory of Rashba Electrons in Curved Circuits 14. Spin Polarization of a Rashba Electron with a Mixed State 15. Two-Dimensional Quantum Waveguide Theory of Rashba Electrons 16. Conductance of Rashba Electron in a Quantum Waveguide with Smooth Boundary 17. Spin Flip in a Quantum Ring
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