INTER-UNIVERSITY RESEARCH INSTITUTE CORPORATION NATIONAL INSTITUTES OF NATURAL SCIENCES

Their core work

NINS is Japan's umbrella body for inter-university research institutes in the natural sciences, operating major facilities in astrophysics, particle physics, and solar observation. Within H2020, they contribute specialized instrumentation expertise and research capacity to trilateral EU-US-Japan collaborations, primarily through researcher exchange (MSCA-RISE) programmes. Their role bridges Japanese large-scale physics infrastructure — telescopes, detectors, accelerators — with European research networks. They also bring high-performance computing and real-time systems expertise to collaborative projects requiring extreme data processing capabilities.

What they specialise in

How they've shifted over time

NINS entered H2020 through fundamental physics — gravitational wave astronomy, gamma-ray astrophysics, particle detector instrumentation, and solar observation (2017-2019). Their more recent projects (2020-2026) retain the core physics focus but add a computing dimension: HPC, parallel programming, real-time systems, and cyber-physical systems via Rising STARS. The PROBES project (2022) continues the particle physics thread but expands into dark matter and neutron star physics, suggesting a deepening rather than a pivot.

NINS is expanding from pure observational physics toward computational infrastructure for physics, making them increasingly relevant for projects needing both domain science and data processing muscle.

How they like to work

NINS never coordinates — they join as a third party or minor participant, which is typical for non-EU institutions in MSCA-RISE mobility schemes. Despite minimal direct funding (EUR 4,000 total), they connect to 110 unique partners across 24 countries, indicating they plug into very large international consortia. Their value proposition is access to Japanese research infrastructure and expertise, not project management.

NINS has collaborated with 110 unique partners across 24 countries through just 4 projects, reflecting participation in large trilateral (EU-US-Japan) consortia. Their network is genuinely global, spanning European research institutions, US labs, and Japanese facilities.

What sets them apart

As a Japanese national research corporation, NINS offers European consortia something few partners can: direct access to Japan's major physics infrastructure — gravitational wave detectors, solar telescopes, and particle accelerators. They are one of the few non-EU third-party organizations that consistently participates in H2020 physics collaborations. For any consortium needing a credible Japanese partner with large-scale instrumentation, NINS is a natural choice.

Highlights from their portfolio

• NEWS
  Flagship trilateral EU-US-Japan collaboration spanning gravitational wave astronomy, gamma-ray astrophysics, and particle physics — unusually broad scope for a single MSCA-RISE project.
• SOLARNET
  The only project where NINS received direct EC funding; an integrating activity for the future 4m European Solar Telescope, linking NINS solar observation capabilities to European infrastructure.
• Rising STARS
  Marks NINS's expansion into HPC and real-time systems — a significant departure from their pure physics portfolio, signalling new collaboration opportunities in computing.