Main objective of this internship was the study of the response of solitons in monoaxial chiral magnets to applied magnetic fields and spin transfer torques induced by polarized electric currents, by means of effective models of collective variables and numerical simulations of the Landau-Lifshitz-Gilbert equation (LLG). Mainly numerical techniques were used, although it was also necessary to apply analytical techniques. In particular, numerical resolution techniques of initial value problems in deterministic and stochastic differential equations (explicit or implicit methods) and border value problems (relaxation methods) and the application of numerical algorithms for the evaluation of eigenvalues and eigenvectors of large sparse and dense matrices. The analytical techniques have been a perturbative nature and were applied to cases where external forces were weak (Distorted wave born approximation).

Private Tutor in Circuits and Mathematics for a second year student.

Proofread the 670 pages of manuscript of the book: «Μαθηματικές Μέθοδοι Φυσικής 1», translated into: "Methods of Mathematical Physics, vol 1". authors I. Vergados, G. K. Leontaris.

Private tutor in Math, Physics, Chemistry for High School pupils