BOGOLYUBOV INSTITUTE FOR THEORETICAL PHYSICS OF THE NATIONAL ACADEMY OF SCIENCES OF UKRAINE

Their core work

BITP is a fundamental research institute specialising in theoretical physics, operating under Ukraine's National Academy of Sciences. Their H2020 record shows involvement in two complementary directions: fusion energy research through EUROfusion (as a third-party contributor to Europe's roadmap toward fusion power) and scientific computing infrastructure through EGI-ACE (accessing and contributing to the European Open Science Cloud). In practice, they are a theory-oriented academic institute that plugs into large European research consortia to gain access to computing resources and collaborate on fundamental physics problems, rather than delivering applied technology. Their small direct funding footprint reflects this role as a scientific user and contributor rather than a technology developer.

What they specialise in

How they've shifted over time

In the early phase (2014–2019), BITP's H2020 engagement was defined entirely by EUROfusion — a long-running third-party role in fusion energy research with no associated keywords, suggesting a supporting or observer-level contribution rather than a technical work-package lead. By 2021, their profile added a distinct digital infrastructure dimension through EGI-ACE, with all five extracted keywords pointing to federated cloud computing and the European Open Science Cloud. This shift likely reflects an institutional need to access large-scale compute for physics simulations rather than a strategic pivot away from fusion.

BITP appears to be gradually connecting its theoretical physics work to European digital research infrastructure, suggesting future collaborations that combine physics domain knowledge with federated HPC or data commons environments.

How they like to work

BITP has never coordinated an H2020 project and enters consortia either as a third party (EUROfusion) or as a lower-funded participant (EGI-ACE, EUR 28,125), consistent with a specialist academic institute that joins large infrastructure projects rather than leading them. Despite this modest direct role, their consortium footprint is remarkably wide — 239 unique partners across 33 countries — which is almost entirely attributable to the large scale of both host consortia rather than an independent network. Working with BITP means engaging a focused theoretical physics team that brings domain expertise and an established presence within the EUROfusion and EGI ecosystems.

BITP has touched 239 partner organisations across 33 countries, but this breadth derives from membership in two exceptionally large pan-European consortia rather than independent bilateral relationships. Their real working network is likely narrower and concentrated within the fusion and scientific computing research communities.

What sets them apart

BITP is one of the few Ukrainian research institutes with documented, continuous participation in EUROfusion — Europe's flagship fusion energy programme — giving it a foothold in a community that very few Eastern European organisations have maintained since 2014. For consortium builders needing a theory physics partner from Ukraine with existing EU project credentials and access to EOSC computing infrastructure, BITP offers both legitimacy and geographic diversity. Their NAS Ukraine affiliation also means they carry institutional weight in the Ukrainian scientific establishment, useful for collaborations that involve Ukrainian research communities more broadly.

Highlights from their portfolio

• EUROfusion
  An eight-year engagement (2014–2022) as part of Europe's official fusion energy roadmap, giving BITP sustained visibility in the continent's most ambitious long-term energy research programme.
• EGI-ACE
  Their only directly funded H2020 project, connecting them to the EGI Federation and EOSC data commons — European infrastructure used by tens of thousands of researchers — and establishing a foothold in the open science computing ecosystem.