Darya Sergeevna Roshal
Assistant Professor
Faculty of Physics
Research interests:
Nanotechnology, theoretical and mathematical physics, biophysics, mathematical modeling, two-dimensional systems, spherical crystals, nanotubes, quasicrystals, colloidosomes, viruses, topological defects, self-assembl, the Thomson problem, Caspar-Klug model .
Research projects:
Last publications:
1. Roshal D.S., Konevtsova O.V., Myasnikova A.E., Rochal S.B. Assembly of the most topologically regular two-dimensional micro- and nanocrystals with spherical, conical and tubular shapes. Phys. Rev. E, 94, 052605 (2016).
2. Roshal D. S., Myasnikova A. E., Rochal S. B. Relaxation of interstitials in spherical colloidal crystals. Physica E, 75, 295-301 (2016).
3. Roshal D. S., Myasnikova A. E., Rochal S. B. Slightly broken icosahedral symmetry advances Thomson problem. Physics Letters A, 379, 372-376 (2015).
4. D.S. Roshal, K.Yu. Petrov, A.E. Myasnikova,and S.B. Rochal, Extended topological defects as sources and outlets of dislocations in spherical hexagonal crystals, Physics Letters A 378 (2014), pp. 1548-1552.