Lectures
Computer Experiments
Ex Cathedra Lectures
:
Dr. Fabian:
What is Spintronics?
D'yakonov-Perel' Mechanism of Spin Relaxation
Dr. Nikolic:
Quantum Transport in Semiconductor Spintronics
What is Quantum Transport?
Spin-Orbit Interactions in Semiconductor Nanostructures
Quantum Transport Theory with Lattice Hamiltonians
Quantum Spintronic Devices: Mesoscopic Aharonov-Casher Ring
DELFT Lectures:
Scattering Approach to Quantum Transport
Quantum-Interference Effects in Multiterminal Mesoscopic Conductors
Weak Localization and Conductance Fluctuations
Solid State (Superconducting and Spin) Qubits
Notes
:
What is density operator?
Density operator for spin-1/2
Bloch equations
Entanglement and information
HTML:
Spintronics
(Scientific American)
Transport Theory of GMR
(G.E.W. Bauer)
Quantum Computation
(J. Preskill)
Introduction to Quantum Computing
(Meglicki)
Fat Schrödinger's Cat
(2-level MQC system)
JAVA applets
:
Stern-Gerlach Experiment with Pure and Mixed Spin Quantum States
Double-Slit Experiment
Diffusion, Drift, Recombination
Charge Field Effect Transistor Fabrication
MPEG Movies:
Dissipationless Intrinsic Spin Hall Current