Top US tech university MIT partners with Hungary’s HUN-REN: three projects funded in new seed programme

Three Hungarian research teams have been selected for funding under the first joint call launched by the Massachusetts Institute of Technology (MIT) and the HUN-REN Hungarian Research Network, marking HUN-REN’s first dedicated participation in MIT’s Global Seed Funds (GSF) programme through a bilateral scheme.

What happened?

HUN-REN and MIT set up the MIT–Hungary HUN-REN Seed Fund to support early-stage joint projects led by researchers from both institutions. In the inaugural call cycle, which closed in December 2025, six joint proposals were submitted and then evaluated through a process involving both organisations. Three projects were ultimately selected by MIT’s review committee.

Who’s involved?

On the Hungarian side, the programme is coordinated through HUN-REN, Hungary’s state research network spanning dozens of institutes and research centres. For international readers: HUN-REN was created as a renewed national research network and now operates as a central player in Hungary’s publicly funded research ecosystem, aiming to increase scientific excellence and support innovation.

On the American side, MIT’s Global Seed Funds are run through MIT’s Center for International Studies (CIS), with the broader GSF programme supporting early-stage international collaborations across multiple partner countries and funds.

The three funded Hungarian–MIT collaborations are:

• The origins of the “light” heavy elements (HUN-REN Research Centre for Astronomy and Earth Sciences)
  Lead researchers: Mária Lugaro (research professor) and Marco Pignatari (senior research fellow)
  MIT partner: Anna Frebel (professor of physics; division head for astrophysics)
• Autonomous control of advanced reactors (HUN-REN Centre for Energy Research)
  Lead researchers: András Szabolcs Ványi and Zoltán István Böröczki
  MIT partners: Sacit Cetiner (scientific director, Nuclear Reactor Laboratory) and Benoit Forget (department head, Nuclear Science and Engineering)
• On timing constraints of XR applications introduced by AI pipelines (HUN-REN–BME Cloud Applications Research Group)
  Lead researcher: László Toka (professor, Budapest University of Technology and Economics)
  MIT partner: Fox Harrell (professor of digital media and artificial intelligence, Institute for Data, Systems, and Society)

Hungarian-language details published by HUN-REN add that the XR project will examine latency effects in AI-supported extended reality systems, including in highly time-sensitive scenarios such as fencing.

Why does it matter?

The MIT–HUN-REN Seed Fund is designed to finance the earliest phase of collaboration—helping teams meet, exchange researchers, run workshops, and build the foundations for larger, long-term projects. MIT’s GSF model is widely used as a “catalyst” for partnerships that can later attract substantial external funding.

HUN-REN has emphasised that the partnership is notable internationally, as the GSF framework works with a limited set of partner funds and countries; Hungary’s inclusion places its researchers in a structured pipeline for collaboration with one of the world’s leading technical universities.

What’s next?

HUN-REN says the initial three-year funding period is backed by HunrenTech, the network’s technology transfer company established to help move research results toward real-world applications. The fund totals USD 225,000 over three years, with projects running up to 20 months, and the next call is expected to open in September 2026.

The selected projects are also listed among MIT’s current Global Seed Funds winners, reinforcing that the initiative is embedded in MIT’s broader international collaboration portfolio.