Fabrication of devices based on low symmetry materials
Characterisation of nonreciprocal electronic transport properties
Transport properties of layered magnetic materials with electronic and magnetic anisotropies
Modulation and modification of their magnetic and electric properties
van der Waals nanodevices with other layered materials
Magnetisation dynamics of ferromagnetic thin films and its dependence on temperature and fabrication methods
Spin to charge interconversion on SOC materials
Spin pumping from ferromagnetic materials to SOC materials, such as topological insulators
Fabrication of Bi, Te and Sb based topological insulator thin film and bulk materials
Physical characterisation of thin films (XRD, XRR, TEM, AFM, Raman, ...)
Transport properties such as Electrical resistivity, Seebeck Coefficient, Magnetoresistance, ... (cryogenic temperatures, magnetic fields up to 9 T)
Development of energy harvesting devices based on the thermoelectric effect
Geometrical optimisation through numerical simulations
Simulation of flexible devices