NATIONAL UNIVERSITY CORPORATION THEUNIVERSITY OF TOKYO

Their core work

The University of Tokyo is Japan's premier research university, contributing deep scientific expertise to European research collaborations primarily through staff exchange and mobility programmes. Their H2020 involvement spans particle physics (neutrino experiments at Super-Kamiokande and Hyper-Kamiokande), CO2-to-fuel conversion via photoelectrocatalysis, computational genomics, and advanced materials including zeolite catalysis. They serve as a non-EU knowledge bridge, bringing world-class Japanese experimental infrastructure and scientific talent into European consortia without leading projects themselves.

What they specialise in

How they've shifted over time

In their early H2020 period (2014–2018), the University of Tokyo was almost exclusively engaged in fundamental physics — particle detector programmes (Super-Kamiokande), accelerator exchange (E-JADE), and biomechanical simulation (StentFEM). From 2019 onward, their portfolio diversified significantly into applied green chemistry (CO2-to-fuel conversion, zeolite catalysis, renewable methanol) and digital sciences (pan-genomics, smart urbanism), while maintaining their neutrino physics backbone through next-generation projects like SK2HK and PROBES.

Expanding from pure fundamental physics into applied energy and sustainability research, making them increasingly relevant for green technology and industrial decarbonization collaborations.

How they like to work

The University of Tokyo never coordinates H2020 projects — they participate exclusively as a partner or third-party contributor, consistent with their status as a non-EU institution joining European-led consortia. With 283 unique partners across 48 countries, they operate as a broadly connected hub rather than a repeat-partner institution. Their dominance in MSCA-RISE (16 of 29 projects) indicates their primary mode is researcher exchange and mobility, contributing expertise and infrastructure access rather than managing project delivery.

Exceptionally wide network spanning 283 partners across 48 countries, reflecting their role as a global anchor institution that European consortia bring in for Japanese research infrastructure and talent exchange. Their connections are broad rather than deep, spread across physics, energy, and life sciences communities.

What sets them apart

As Japan's top-ranked university, UTokyo offers European consortia something few partners can: direct access to world-class Japanese experimental facilities like Super-Kamiokande and Hyper-Kamiokande, plus deep benches in materials science and catalysis. Their non-EU status means they typically receive minimal EC funding but contribute disproportionate scientific value through researcher exchange. For any consortium needing a credible Japanese partner with proven H2020 track record, UTokyo is an obvious and well-tested choice.

Highlights from their portfolio

• JENNIFER2
  Flagship EU-Japan neutrino research network spanning 2019–2025, successor to JENNIFER, demonstrating sustained long-term commitment to this collaboration axis.
• DECADE
  One of only four projects where UTokyo participates directly (not as third party), and their only project with recorded EC funding — focused on distributed CO2-to-ethanol photoelectrocatalysis.
• PANGAIA
  Represents a departure into computational biology and pan-genomics, showing UTokyo's breadth beyond physics and chemistry into data-intensive life sciences.