Belarusian university contributing mathematical modelling, nanomaterials physics, and functional coatings expertise to EU research through MSCA mobility exchanges.
Belarusian State University is Belarus's flagship university, contributing mathematical and physical sciences expertise to European research consortia. Their H2020 involvement centers on advanced materials (smart coatings, graphene, nanostructures), applied mathematics (dynamical systems, matrix factorisation), and laser-matter interactions. They primarily participate through MSCA-RISE staff exchange programmes, providing theoretical and experimental support to EU-led projects in materials science and mathematical modelling. A smaller strand of their work involves NCP networking for social sciences and humanities across Europe.
SMARCOAT (smart nano-coatings), MULTISURF (metallic surfaces via layered hydroxides), NANOGUARD2AR (nano-engineering for indoor air), and FUNCOAT (multifunctional PEO coatings) form a coherent cluster.
CoExAN (collective excitations in nanostructures), GrapheneCore1 (graphene technologies), ATLANTIC (light-matter interaction with nanoparticles), and INTELUM (scintillating fibres) demonstrate deep nano-scale physics capabilities.
Dynamics (codimension-k bifurcations) and EffectFact (Wiener-Hopf factorisation techniques with applications in biomechanics and geomechanics) show strong theoretical mathematics.
HUNTER and SSHARE both explore humidity-to-electricity conversion, indicating a niche competence in this emerging energy domain.
NET4SOCIETY4 and Net4Society5 — the only projects where BSU received direct EC funding — focused on SSH capacity building and international cooperation.
In the early period (2015–2018), BSU's involvement split between materials science mobility projects (SMARCOAT, MULTISURF, INTELUM) and SSH networking through NET4SOCIETY4, which was their largest funded activity. From 2019 onward, the focus shifted decisively toward deeper materials science (FUNCOAT, ATLANTIC), mathematical modelling (Dynamics, EffectFact), and photochemistry — with SSH networking reduced to a minor continuation (Net4Society5 at only EUR 14K). The trajectory shows a university consolidating around its core physics and mathematics strengths rather than broadening into policy or social science roles.
BSU is deepening its mathematical modelling and materials science focus, with growing interest in real-world applications like biomechanics, corrosion protection, and environmental chemistry — making them increasingly relevant for applied engineering collaborations.
BSU has never coordinated an H2020 project and participates almost exclusively as a third-party partner in MSCA-RISE mobility schemes (11 of 14 projects). This means they provide researcher exchanges and specialist knowledge rather than managing projects or work packages. With 315 unique partners across 50 countries, their network is remarkably wide but shallow — a consequence of joining large MSCA-RISE consortia rather than building deep bilateral partnerships.
An exceptionally broad but largely passive network: 315 partners across 50 countries, built through participation in large MSCA-RISE consortia. The geographic spread is global, reflecting the international nature of MSCA mobility programmes rather than targeted partnership building.
As a major Belarusian university, BSU offers access to strong mathematical and physical sciences traditions at a fraction of Western European costs, making them attractive for MSCA mobility exchanges. Their unusual combination of pure mathematics (Wiener-Hopf techniques, bifurcation theory) with applied materials science (coatings, nanostructures, photochemistry) is distinctive. However, potential partners should note that geopolitical factors affecting Belarus since 2020 may complicate future EU funding eligibility.
