PhD: Field-free magnetization switching in amorphous layered magnets

Magnetic data storage and memory relies on the efficient manipulation of the magnetic state of nanoscale magnets. The ability to switch magnetic states without applying external magnetic fields is crucial as it allows a reduction in device size and energy consumption. The objective of the PhD project is to study magnetic switching using electrical current in layered magnets for memory applications. The student will examine a range of magnetic heterostructures and explore how the magnetism and switching dynamics can be tuned. The work will involve thin film deposition, patterning, and structural, magnetic and electrical characterization of magnetic films and nanostructures at local and international facilities. The PhD position is at the Faculty of Physical Sciences, University of Iceland, and is fully funded for three years.