I am interested in the application of synchrotron techniques to solve materials science problems, for example using x-ray magnetic circular dichroism to determine local magnetic structure, or microtomography to study strain and loading in alloys. I play a small role in a number of projects, including development of exchange spring magnets, hydrogen storage and bio-inorganic hybrid nanomaterials.
My research background is primarily in thin-film magnetism, with an emphasis on ferromagnetic resonance studies of coupled magnetodynamics of spin valves and magnetic tunnel junctions. I have also worked on micromagnetic simulations, magnetically doped topological insulators and skyrmion materials.
Honors and Awards
- Senior Scholarship, Wadham College, University of Oxford (2014)
- Baxter Scholarship, Hatfield College, University of Durham (2012)
Selected (Recent) Publications
Baker AA, Figueroa AI, Love CJ, Cavill, SA, Hesjedal T, van der Laan G, "Anisotropic Absorption of Pure Spin Currents", Physical Review Letters 116, 047201 (2016)
Baker AA, Figueroa AI, Kummer K, Collins-McIntyre LJ, Hesjedal T, van der Laan G "Magnetic Proximity-Enhanced Curie Temperature of Cr-doped Bi2Se3 Films", Physical Review B, 92, 094420 (2015)
Baker AA, Figueroa AI, van der Laan G, Hesjedal T, "Tailoring of Magnetic Properties of Ultrathin epitaxial Fe films by Dy doping", AIP Advances, 5, 077117 (2015)