Advanced materials and nanoscience
4 European H2020 organizations list this as part of their work — 3 as their primary capability.
Most active in this area
- RIJKSUNIVERSITEIT GRONINGEN
Major Dutch research university with world-class biocatalysis, enzyme engineering, molecular motors, and computational life sciences across 231 H2020 projects.
“Projects spanning graphene research, ferroelectrics, neuromorphic computing, and Ig-QPD (ion-gated quantum phase devices) show strong condensed matter and materials physics expertise.”
PrimarySMENL231 projects - UNIVERSITY OF HAMBURG
Major German research university strong in climate modelling, marine science, neuroscience, and computational simulation across 112 H2020 projects.
“Participated in GrapheneCore1 (graphene technologies) and MAGicSky (magnetic skyrmions for nanospintronics), with recent keywords including graphene, nanomaterials, and NEMS.”
DE112 projects - UNIVERSITAT DE VALENCIA
Major Spanish research university strong in advanced materials, Earth observation, AI/ML for science, and virology, with high consortium coordination experience.
“Multiple ERC and MSCA projects on 2D materials (SPIN2D, 2D-INK), metal-organic frameworks (chem-fs-MOF), molecular spin qubits (DECRESIM), quantum plasmonics (QuP), and magnetic supercapacitors (Hy-MAC).”
PrimaryES112 projects - CORNELL UNIVERSITY
Major US research university contributing transatlantic expertise across food science, computational biology, materials, and behavioral research through MSCA mobility schemes.
“Projects COMPASS (colloidal nanomaterials), 2DMAT4ENERGY (2D materials for energy), PHONON-VALVE (ferroic domain engineering), and Biocrete (bio-inspired concrete) demonstrate materials research breadth.”
PrimaryUS23 projects