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• Crystal Field Theory of Magnetic Ions in Semiconductor; Giant Zeeman Splitting Effect of Dilute Magnetic Semiconductor; Average Field Theory of Curie Temperature in Ferromagnetic Semiconductor; Injection and Transport of Spin Polarized Electrons; Relaxation Mechanisms of Spin Flip; Rashba and Dresselhaus Effects; Optical Responsibility of Spin; Control of Spin Coherent Electrons, Spin Hall Effect, Production of Spin Current; Transport of Spin Polarized Electrons Through 2D Electron Gas and Quantum Dot; Spin Properties in Quantum Dots and Wires.

Select Guide Rating

• Crystal Field Theory of Magnetic Ions in Semiconductor; Giant Zeeman Splitting Effect of Dilute Magnetic Semiconductor; Average Field Theory of Curie Temperature in Ferromagnetic Semiconductor; Injection and Transport of Spin Polarized Electrons; Relaxation Mechanisms of Spin Flip; Rashba and Dresselhaus Effects; Optical Responsibility of Spin; Control of Spin Coherent Electrons, Spin Hall Effect, Production of Spin Current; Transport of Spin Polarized Electrons Through 2D Electron Gas and Quantum Dot; Spin Properties in Quantum Dots and Wires.

Select Guide Rating

• Crystal Field Theory of Magnetic Ions in Semiconductor; Giant Zeeman Splitting Effect of Dilute Magnetic Semiconductor; Average Field Theory of Curie Temperature in Ferromagnetic Semiconductor; Injection and Transport of Spin Polarized Electrons; Relaxation Mechanisms of Spin Flip; Rashba and Dresselhaus Effects; Optical Responsibility of Spin; Control of Spin Coherent Electrons, Spin Hall Effect, Production of Spin Current; Transport of Spin Polarized Electrons Through 2D Electron Gas and Quantum Dot; Spin Properties in Quantum Dots and Wires.