As of 30.01.2020
Name of the project: Geometric control theory and analysis on metric structures
Strategy for Scientific and Technological Development Priority Level: а
Research directions:
 Problems of metric analysis, geometric control theory and differential geometry on Riemann structures and nonholonomic structures and aspects of their applications to optimal control theory
 Optimization over infinite time intervals and longterm behavior of dissipative systems, research of anisotropic diffusion controlled by hypoelliptic equations.
 Usage of methods of geometric control theory to solving applied problems: control of configuration of moving bodies, image recovery and quantum systems control.
Project objective: Designing new powerful geometrical and analytical means for solving complex problems in geometric control theory and analysis on metric structures, as well as applications of achieved results to problems in adjacent domains of pure mathematics and applied fields of studies.
Hosting organization

Field of studies

City

Invited researcher

Time span of the project


Analysis, probability, quantum theory, integrable systems, machine learning and their applications
Saint Petersburg State University  (SPbU) 
Maths 
St. Petersburg 
Hedenmalm Haakan Per
Sweden 
20242028 
Laboratory «Nonlinear and nonlocal equations and their applications»
Peoples' Friendship University of Russia  (RUDN University) 
Maths 
Moscow 
Kuksin Sergei Borisovich
Russia, France 
20222024 
Probabilistic Methods in Analysis
Saint Petersburg State University  (SPbU) 
Maths 
St. Petersburg 
Hedenmalm Haakan Per
Sweden 
20212023 