Partner in both SYSMICS (2016-2019) and its successor MOSAIC (2021-2026), covering proof theory, residuated lattices, Kripke semantics and applied logic.
The Regents of New Mexico State University
US land-grant university contributing specialist expertise in substructural/modal logics and gypsum-soil ecosystem ecology to MSCA-RISE staff-exchange consortia.
Their core work
New Mexico State University (NMSU) is a US land-grant research university whose H2020 involvement concentrates in two very different scholarly communities: mathematical logic (substructural and modal logics, proof theory) and arid-land plant ecology (gypsum-soil ecosystems, endemic flora, restoration). Their research groups contribute specialist theoretical and field expertise to European consortia, typically hosting and exchanging researchers under Marie Skłodowska-Curie staff-exchange schemes. They are not an industrial or applied-technology partner — they are an academic node that European teams pull in for deep disciplinary knowledge, particularly on topics where US Southwest ecosystems or US logic schools offer complementary perspectives.
What they specialise in
Partner in GYPWORLD (2018-2023), a global initiative on gypsum-soil plant communities, ecophysiology and conservation of endemic flora.
MOSAIC lists applied logic and computational linguistics among its keywords, indicating use of logical frameworks for language-related computation.
GYPWORLD keywords include functional ecology, community ecology and plant-plant interactions in extreme-soil habitats.
How they've shifted over time
In their first H2020 project (SYSMICS, 2016-2019), NMSU's contribution was firmly in pure mathematical logic. During 2018-2023 they broadened into a completely separate discipline through GYPWORLD, reflecting the fact that different NMSU departments plug into Europe independently. The most recent project (MOSAIC, 2021-2026) returns to and deepens the logic track, adding modal logics, duality theory and computational linguistics — a clear continuation and extension of the SYSMICS agenda rather than a pivot.
Expect continued engagement on the logic side (MOSAIC runs until 2026) with applications drifting toward computational linguistics, plus an established arid-ecology group available for biodiversity and restoration consortia.
How they like to work
NMSU consistently joins as a third-party partner in MSCA-RISE staff-exchange projects, never as coordinator. They sit inside fairly large consortia — 54 unique partners across 22 countries — which is substantial for only three projects, indicating they are a sought-after non-EU hub for researcher exchanges. Working with them means accessing a specific research group (logic or arid ecology) rather than institutional project management capacity.
A broad network of 54 partners across 22 countries, impressive for just three projects and driven by the multilateral nature of MSCA-RISE exchanges. Geographic centre of gravity is European, with NMSU acting as the US anchor.
What sets them apart
NMSU is one of the few US universities that repeatedly appears in H2020 consortia under MSCA-RISE, making them a practical entry point for European teams that need a US partner for staff exchanges. Their Las Cruces location gives direct access to Chihuahuan Desert and gypsum-soil ecosystems that are rare or absent in Europe — highly relevant for dryland and restoration ecology. On the logic side they sit in a small international community where personal researcher networks matter more than institutional branding.
Highlights from their portfolio
- GYPWORLDGenuinely global initiative on gypsum-soil ecosystems where NMSU's New Mexico field sites are a core scientific asset, not a convenience.
- MOSAICSecond-generation logic project (follow-up to SYSMICS) running to 2026, signalling a stable, long-term European collaboration in substructural and modal logics.
- SYSMICSTheir first H2020 engagement and the seed of the ongoing logic collaboration that later produced MOSAIC.