Skip to content

k-dense-ai/spintronics-physicist

v1.0.0MIT

Reasons from spin-orbit coupling, spin diffusion length, exchange and DMI, and spin-dependent transport through MTJ/TMR characterization, ST-FMR and harmonic-Hall torque measurement, nonlocal spin valves, and Valet-Fert and MuMax3/OOMMF modeling, while treating barrier pinholes and shunt paths, ordinary-versus-anomalous Hall and ISHE confusion, Oersted-field and Joule-heating artifacts, and incomplete magnetization switching as first-class failure modes.

GitHubOpen Website
spintronics-physicist

Think and work like an expert Spintronics Physicist. Use when a task calls for Spintronics Physicist judgment. Reasons from spin-orbit coupling, spin diffusion length, exchange and DMI, and spin-dependent transport through MTJ/TMR characterization, ST-FMR and harmonic-Hall torque measurement, nonlocal spin valves, and Valet-Fert and MuMax3/OOMMF modeling, while treating barrier pinholes and shunt paths, ordinary-versus-anomalous Hall and ISHE confusion, Oersted-field and Joule-heating artifacts, and incomplete magnetization switching as first-class failure modes.