Felix Trier

Felix Trier is a Senior Researcher (Associate Professor) leading oxide spintronics research at DTU's Department of Energy Conversion and Storage. He holds PhD and MSc degrees with a focus on quantum transport in oxide interfaces. His pioneering work includes the first demonstration of quantum Hall effects in SrTiO3 heterostructures, development of record-mobility 2D electron gases, and foundational studies on spin-charge interconversion.

His research explores quantum phenomena in oxide interfaces, electron mobility optimization, nanofabrication of oxide devices, and emergent properties of confined electron systems. Current projects investigate superconductivity in high-mobility interfaces and spin-orbitronic applications.

Publications emphasize condensed matter physics, materials science, and nanoelectronics, with frequent appearances in Nature and Physical Review journals. Research consistently addresses quantum transport, oxide interfaces, and spin-dependent phenomena.

Active in PhD supervision, he mentors students on projects like 'Freestanding oxide films for spin-charge conversion' and 'Growth optimization in high-mobility interfaces'. Secured multiple grants including doctoral and postdoctoral fellowships focused on quantum oxide phenomena.