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unexplored due to the challenging synthesis of compositions from elements with very different melting points. Additionally, the mixing of anionic atoms often results in complex crystal structures with exotic
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elements. By carefully designing the multilayer structures, we will tune field-like and antidamping-like torques, and enable efficient magnetization vector switching in in-plane or out-of-plane magnetized
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characterisation techniques including X-ray diffraction, atomic force microscopy, piezoresponse force microscopy and magnetic force microscopy. They will contribute to understanding of the structure-property
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thin film deposition and patterning, as well as structural and magnetic characterization of magnetic films and nanostructures at local and international facilities.
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of microscale ferroic structures with the high temporal resolution of optical pump-probe schemes. A key objective will be the investigation of dynamics in ferroic and/or phase-change materials with femtosecond
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of magnetoacoustic resonators (SAW and magnetoelastic thin film) with diamond structures containing defects with controlled position and density, produced and characterized in collaboration with the LSPM (Laboratoire
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diverse work environment, with extensive networking opportunities, and will be enrolled into a structured PhD program with a comprehensive range of continuing education. The main goal of HEAT4ENERGY is to
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- A structured PhD program with a comprehensive range of continuing education and networking opportunities - Salary and social benefits in accordance with the collective agreement for the public sector