MASSACHUSETTS INSTITUTE OF TECHNOLOGY

Their core work

MIT is a world-leading US research university that participates in Horizon 2020 almost exclusively as a third-party host institution for European researchers on Marie Skłodowska-Curie fellowships. It provides visiting researchers access to its labs and faculty across physics, computer science, materials science, energy economics, and biomedical engineering. In the EU context, MIT functions as a prestigious secondment destination rather than a project initiator — European fellows bring EU-funded questions to MIT's facilities and return with results that strengthen European research capacity.

What they specialise in

How they've shifted over time

In the early period (2015-2018), MIT's H2020 involvement centered on particle physics (flavor physics, charged lepton flavor violation), foundational machine learning and computer vision, and IoT-related sensing (passive tracking, sensor radars). In the later period (2019-2023), the focus shifted toward quantum networks, spectroscopy, data science with distributed systems, and blockchain applications — reflecting MIT's institutional pivot toward quantum information science and large-scale data infrastructure. The consistent thread is fundamental physics and computation, but the applied dimension has grown stronger over time.

MIT's H2020 portfolio is shifting from classical physics and ML toward quantum technologies and distributed data systems, making it an increasingly relevant partner for quantum computing and quantum communication consortia.

How they like to work

MIT never coordinates H2020 projects and participates almost entirely as a third-party partner (71 of 76 projects), which reflects its role as a non-EU host institution for MSCA fellows rather than a consortium builder. With 338 unique partners across 47 countries, it connects to an extraordinarily wide network, but these relationships are typically mediated through individual fellowship arrangements rather than deep institutional partnerships. Working with MIT in H2020 means sending your researcher to their labs — expect world-class facilities and mentorship, but do not expect MIT to drive project management or deliverables.

MIT has collaborated with 338 unique partners across 47 countries, one of the widest networks in the dataset, though this breadth reflects its role as a magnet institution receiving fellows from many European universities rather than actively building consortia.

What sets them apart

MIT is one of very few non-European institutions with such extensive H2020 participation, and its involvement signals immediate credibility for any consortium. Its value lies not in EU project management expertise but in providing European researchers access to MIT's unmatched lab infrastructure, faculty networks, and interdisciplinary culture. For consortium builders, adding MIT as a third-party partner strengthens a proposal's international dimension and gives fellows a career-defining secondment opportunity.

Highlights from their portfolio

• NEWS
  Longest-running MIT involvement (2017-2023), spanning gravitational wave astronomy, gamma-ray astrophysics, and charged lepton flavor violation in a trilateral EU-US-Japan collaboration.
• GEMCLIME
  Six-year project (2016-2022) on global climate and energy modelling — one of MIT's few projects outside pure fundamental science, connecting to its renowned energy economics research.
• SME 4.0
  Unusual for MIT's H2020 portfolio — focused on Industry 4.0 for SMEs, showing MIT's manufacturing and logistics systems expertise applied to practical European industrial challenges.