Ha.04B. Oscillation Of Coefficient Of Spin-Orbit Interaction Kso Due To Orbital Deformation

Ha.04b. Oscillation of coefficient of spin-orbit interaction kso due to orbital deformation

Ha.05b. Anisotropy field Hani & coefficient of spin-orbit interaction kso. Evaluated properties.

Ha.02. Basic of measurement method of Spin-orbit interaction & Perpendicular Magnetic Anisotropy

Ha.04a.1st analysis program & Evaluation of anisotropy field and magnetic field of spin accumulation

Ha.05a. Measurement of coefficient of spin-orbit interaction kso

Ha.06. Magnetic field Hoff created by spin accumulation. Origin and properties

Ha.01c. Internal magnetic field in a nanomagnet

Ha.00. Introduction. Content. Measurement of spin- orbit interaction and anisotropy field

Ha.07. Dependency of Hani & Hoff on electrical current (SOT effect) & gate voltage (VCMA effect)

Ha.09a. Torque, Landau-Lifshitz Eq., : Misinterpretation of 2nd harmonic measurement

Ha.01a. Spin-Orbit (SO) interaction. Perpendicular Magnetic Anisotropy (PMA). General facts.

Ha.10a. Fabrication Technology: Evaluation.

Spin-Orbit Interaction

Ha.10b. Fabrication Technology: Optimization.

Ha.08a. Parametric magnetization reversal by electrical current & Gate voltage.

Relativistic Quantum Mechanics : Lecture 14 : Spin - Orbit Interaction Energy

V8C.2 Spin Orbit Coupling

Ha.03. Analysis of measured data & Evaluation of anisotropy field & field of spin accumulation Hoff

Magnetochemistry Spin-Orbit coupling on A, E & T terms