ICICLES studied iron-carbon interactions in subglacial ecosystems; CoastCarb investigates coastal carbon cycling near retreating glaciers in Antarctic settings.
THE FLORIDA STATE UNIVERSITY RESEARCH FOUNDATION, INCORPORATED
US university foundation contributing high-magnetic-field NMR infrastructure and polar biogeochemistry expertise to European research consortia.
Their core work
The FSU Research Foundation is the grant-management arm of Florida State University, channeling external research funding into university labs and departments. In H2020, it has contributed expertise across a surprisingly wide range — from polar and subglacial biogeochemistry to solid-state NMR spectroscopy and social psychology. Its role is typically as a third-party or specialist partner, providing access to FSU's world-class high-magnetic-field facilities (home to the US National High Magnetic Field Laboratory) and disciplinary expertise in environmental and behavioral sciences.
What they specialise in
PANACEA is a pan-European NMR infrastructure project where FSU is the only non-EU participant, contributing access to high-magnetic-field instrumentation.
AutoRelationPun investigates automatic partner attitudes in romantic relationships, representing FSU's behavioral science faculty.
Both ICICLES and CoastCarb address climate-driven changes in carbon cycling and marine ecosystem services in polar coastal zones.
How they've shifted over time
FSU's early H2020 involvement (2018–2020) was firmly rooted in polar environmental science — subglacial iron-carbon cycling, Antarctic coastal ecosystems, and climate-driven ecological change. From 2021 onward, participation diversified sharply into solid-state NMR infrastructure and social psychology, suggesting the foundation channels opportunities to whichever FSU department has relevant expertise rather than pursuing a single strategic research line. This breadth reflects a large university's multi-faculty structure rather than a focused research agenda.
FSU's trajectory suggests growing involvement as a research infrastructure provider (high-field NMR), which may become a recurring entry point for future European collaborations.
How they like to work
FSU exclusively participates as a partner or third party — it has never coordinated an H2020 project, consistent with being a non-EU entity that joins consortia by invitation. With 28 unique partners across 17 countries from just 4 projects, it plugs into large, internationally diverse consortia. This signals an organization comfortable contributing specialized expertise to big teams without needing to drive the agenda.
Despite only 4 projects, FSU has collaborated with 28 partners across 17 countries, indicating participation in large consortia with broad European and international reach. The geographic spread is notably wide for such a small project portfolio.
What sets them apart
FSU's standout asset is the US National High Magnetic Field Laboratory — the world's strongest continuous-field magnet facility — which no European institution can replicate. For polar science, FSU offers proximity to Antarctic research logistics and long-standing expertise in subglacial and coastal biogeochemistry. As a US-based partner, FSU brings transatlantic credibility and access to American research infrastructure that strengthens any consortium's global dimension.
Highlights from their portfolio
- PANACEAPan-European NMR infrastructure project — FSU is the sole non-EU participant, contributing unique high-magnetic-field capabilities; also the only project where FSU received direct EC funding (EUR 223,594).
- CoastCarbLong-running project (2020–2025) on Antarctic coastal carbon balance during glacier retreat, combining climate science, ecology, and biogeochemistry across a large international consortium.