Multiscale dynamics of thermally active nanomagnetic systems: bridging the gap between sub-nanoscale thermal fluctuations and emergent mesoscale and macroscale magnetisation dynamics Ghent University
In microscale magnetic systems at nonzero temperatures, the continuous excitation by extremely
small thermal fluctuations often gives rise to dynamics on much larger scales. These multiscale
dynamics, spanning up to 9 orders of magnitude, make the study of thermally active systems very
challenging.
In this project, we will address outstanding research questions in systems where thermal
fluctuations give rise to ...