Research Associate

Spin-waves and magnetism
Rochester, Michigan, USA
2013 — 2016
  • Established a general theory of spin-wave excitations in confined arrays of magnetic nanodots with arbitrary dot shape and lattice symmetry. Formulated conditions of nonreciprocity of edge spin-wave modes in magnetic arrays. Developed an according computer code.
  • Formulated a theory of electromagnetic field interactions with arrays of thin magnetic elements and designed according computer code.
  • Explained experimental results of the nonlinear magnon interaction in the Bose-Einstein condensate of magnons
  • Explained recent phenomena in pure spin current flow through antiferromagnets. Developed a theory of THz generation in antiferromagnetic materials