| April 15, Wednesday, 13.30 |
| Department of Computational Methods |
| II educational building, 6th floor, aud. 621 |
| 1 |
Reduction of the 3D problem of scattering by a force center and numerical methods for solving it. |
| Report by Elenin G.G. (professor) and Elenina T.G. (junior researcher, Faculty of Physics) |
| 2 |
Numerical methods in optimal control. |
| Report by Ternovsky V.V. (associate professor) |
| 3 |
Comparison of the effectiveness of approaches for constructing adaptive boundary conditions for the Schrödinger equation in modeling laser-induced contrast structures in a semiconductor. |
| Report by Egorenkov V.A. (mathematician) and Loginova M.M. (researcher) |
| 4 |
Quantum operating system. |
| Report by Ozhigov Yu.I. (professor) |
| 5 |
Self-capture of waves in the three-wave interaction of light pulses in a environment with combined nonlinearity. |
| Report by Fedotov M.V. (associate professor) and Kharitonov D.M. (2nd year graduate student) |
| 6 |
Non-hydrostatic model of the equations of dynamics of a stratified weakly compressible fluid with a surface in the “soft cover” approximation.. |
| Report by Goloviznin V.M. (professor), Mayorov Pavel A. (2nd year graduate student) and Mayorov Peter A. (2nd year graduate student) |
| 7 |
Balance-characteristic method for calculating transonic flows taking into account the transfer of local Riemannian invariants. |
| Report by Goloviznin V.M. (professor) and Afanasiev N.A. (2nd year graduate student) |
| 8 |
The algorithm of the generalized CABARET scheme on three-dimensional triangular computational grids. |
| Report by Goloviznin V.M. (professor) and Gorbachev D.Yu. (2nd year graduate student) |
