As a staff scientist at HFML-FELIX, I study light-matter interactions with an emphasis on magnetic systems and ultrafast magnetization dynamics. My doctoral research (2013-2016, University of Exeter, United Kingdom) focused on the question of how to use non-uniformities to excite and steer spin waves, which is highly relevant for future data transmission and processing technologies.
Since my PhD, I primarily studied all-optical switching of magnetization on ultrafast timescales with visible and infrared light, in systems ranging from transparent dielectrics to metallic magnets. My current research at the free-electron laser facility FELIX concentrates on how lattice vibrations, when excited at resonance, can induce magnetic switching. I am also actively developing novel techniques based on external lasers synchronized to the FEL to detect how systems evolve in time when excited by infrared pulses.
Label | Content |
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Research groups | Condensed Matter Physics |
Worked on projects | ERC Starting Grant – Circular phonons and magnetism |
My publications
Phononic Switching of Magnetization by the Ultrafast Barnett Effect
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Label | Content |
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Author(s) | C.S. Davies, F.G.N. Fennema, A. Tsukamoto, I. Razdolski, A.V. Kimel and A. Kirilyuk |
Year | 2024 |
Journal | Nature 628, 540 |