The Schedule of the Seminar
«Geometry, Topology, and Their Applications»
over the 2025-2026 academic year

20.04.2026. D.S. Klimentov (Rostov-on-Don). [online]
Surface bending, basic techniques
and some unsolved problems.
13.04.2026. R.N. Lee.
Artificial intelligence and mathematical olympiads: an amateur's view.
06.04.2026. D.M. Anishchenko.
Fundamental properties of Esakia spaces.
30.03.2026. O.V. Kaptsov. [online]
Solutions of three-dimensional stationary gas dynamics equations.
23.03.2026. R.N. Lee.
Domain decomposition method.
10.03.2026. V.O. Manturov (Moscow). [online].
A map from the classical world to the virtual world:
how to use virtual knot theory techniques for classical objects.
24.02.2026. M.M. Alikbarov.
H(n) Gordian graph is not Gromov hyperbolic.
05.12.2025. I.Yu. Bondarenko.
Language, agents and complexity: how to automate
research tasks with multi-agent systems.
14.11.2025. T. Shirinkin (Moscow). [online]
A continuum of non-diffeomorphic embedded smooth structures on R4.
[pdf]
07.11.2025. D.S. Klimentov (Rostov-on-Don). [online]
Stochastic geometry of smooth surfaces.
01.11.2025. I.Yu. Bondarenko.
Neural networks and mathematics? The state and prospects
of modern neural network theory.
24.10.2025. N.A. Vaitsel.
The Cormack inversion formula for Doppler tomography in two dimensions.
17.10.2025. I.V. Kuznetsov. [online]
The Navier stokes equations with an impulsive force.
10.10.2025. G.K. Sokolova.
Smith form of companion matrix for superposition of polynomials
and a constructive proof of Plans theorem for two-bridge knots.
03.10.2025. O.V. Kaptsov. [online]
Solutions to the equations of acoustics of inhomogeneous media
and gas dynamics.
[pdf]
26.09.2025. I.A. Bizyaev (Izhevsk). [online]
Qualitative analysis of geodesics in General Relativity.
19.09.2025. M.V. Belova (Moscow). [online]
Transcendental invariants and integrability
of planar rational differential systems.
12.09.2025. I.Yu. Polekhin (Moscow). [online]
A Topological Approach to Bogolyubov's Averaging Method.
26.08.2025. G.I. Sharygin (Moscow).
The properties of full symmetric Toda:
first integrals, phase portrait, symmetries and other things.