YANKA KUPALA STATE UNIVERSITY OF GRODNO

Their core work

Yanka Kupala State University of Grodno is a Belarusian public university whose researchers contribute advanced mathematical expertise to European research networks through staff exchange programs. Their scientific work spans two related areas: the theory of dynamical systems (bifurcations, averaging methods, systems with impacts) and operator-theoretic factorisation methods for matrix functions using Wiener-Hopf and Riemann-Hilbert techniques. These mathematical tools have direct applications in biomechanics, geomechanics, medical modeling, and environmental engineering. The university participates in EU-funded projects as a third-party institution, enabling researcher mobility without receiving direct EC funding.

What they specialise in

How they've shifted over time

Their H2020 participation began with pure theoretical mathematics — the study of bifurcations, averaging theory, and nonlinear dynamical systems. By the second project period (2021 onward) the focus shifted toward operator-theoretic methods for matrix functions and their application to physical and engineering problems. This trajectory indicates a deliberate move from abstract mathematical theory toward computationally and industrially applicable methods.

The group is moving toward applied mathematical modeling in mechanics and medicine, suggesting growing interest in interdisciplinary collaborations that bridge pure mathematics with engineering and life sciences.

How they like to work

This university participates exclusively as a third party in MSCA-RISE projects, engaging through researcher mobility and staff exchange rather than as a formally funded consortium member. This limits their formal project leadership exposure but gives them broad international network access — 44 partners across 23 countries from just two projects. They are best suited for collaborations involving researcher exchanges, joint mathematical consulting, or co-supervised theoretical work rather than project coordination.

Despite only two H2020 projects, the university is connected to 44 unique consortium partners across 23 countries — a direct consequence of joining large, internationally structured MSCA-RISE consortia. The breadth reflects exposure to a wide range of European and non-EU research institutions rather than independently built bilateral ties.

What sets them apart

As a Belarusian university drawing on a strong Eastern European tradition in mathematical analysis and mechanics, Yanka Kupala brings operator-theoretic depth — particularly in Wiener-Hopf methods and bifurcation analysis — that is less common in Western European consortia. Their value is in providing rigorous theoretical foundations for problems requiring advanced mathematics rather than experimental infrastructure. This makes them a distinctive partner when projects need analytical expertise to underpin computational or engineering work.

Highlights from their portfolio

• EffectFact
  An active long-running project (2021-2026) that bridges advanced operator theory with practical applications in biomechanics, medicine, and environmental engineering — a rare combination of theoretical rigor and cross-sector reach.
• Dynamics
  A six-year project (2018-2024) in bifurcation and dynamical systems theory, representing sustained foundational mathematical research within a broad multi-country consortium.