New Paradigms in Spintronic Fluctuations

The project is opening a 12-month position (possible extensions) for a postdoctoral researcher to explore the integration of Kramers-type thermal activation theories—validated for equilibrium conditions in superparamagnetic systems—with a functional calculus approach. This approach extends the Fokker-Planck equation (FPE) to magnetization dynamics under colored noise, moving beyond the usual Markovian approximations. By incorporating spin-transfer torques into this formalism, the combined framework will enable the study of spintronic systems (e.g., SMTJs, STNOs) under arbitrary electric currents and complex noise environments, bridging theoretical predictions with experimental observations like mean dwell times.