Advanced materials and photonics
6 European H2020 organizations list this as part of their work — 2 as their primary capability.
Most active in this area
- UNIVERSITY COLLEGE LONDON
Major London university with 660+ H2020 projects spanning biomedical research, AI, neuroscience, and materials — among Europe's most funded and connected research institutions.
“Graphene appears in both early and recent keywords; projects like SYNCHRONICS (supramolecular optoelectronics) and iSwitch (organic electronics) confirm materials science depth.”
UK662 projects - LUDWIG-MAXIMILIANS-UNIVERSITAET MUENCHEN
Germany's leading research university in molecular biosciences and translational medicine, with 303 H2020 projects and exceptional ERC grant concentration.
“Projects involving perovskite materials, plasmonics, and super-resolution microscopy indicate capabilities in materials physics and optical technologies.”
DE303 projects - UNIVERSITAET MUENSTER
Major German research university strong in biomedical research, advanced materials, geoinformatics, and AI, with extensive MSCA training network experience across 63 countries.
“Projects on neuromorphic hardware via amorphous semiconductors (NEURAMORPH), aqueous foam structure-property relations (SUPERFOAM), lithium-sulphur batteries (HELIS), and recent work on photonic integrated circuits and phase-change materials.”
DE110 projects - POLITECHNIKA WROCLAWSKA
Polish technical university combining advanced materials, photonics, and biomedical nanotech research with hands-on SME innovation support across West Poland.
“Projects spanning nanophotonics (WCE), laser microfabrication and quantum emitters (LasIonDef), 2D semiconductor optoelectronics (2Exciting), and photosensitizer design (POLYTHEA).”
PrimaryPL37 projects - SIGNIFY NETHERLANDS BV
Global lighting leader bringing LED expertise, visible light communication, and AI-driven digital twins to smart buildings, agriculture, and Industry 4.0.
“Involved in DIMAP (3D printing nanomaterials), 1D-Neon (nanofibre electro-optics), and SPOTLIGHT (photonic devices for solar-fueled chemistry).”
NL19 projects - LATVIJAS UNIVERSITATES CIETVIELU FIZIKAS INSTITUTS
Latvia's leading solid state physics institute, specializing in advanced materials, photonics, nanotechnology, and nanofabrication with a strong technology transfer mandate.
“Core focus of both CAMART² projects (2015-2025) and supported by the institute's overall mission in solid state physics.”
PrimaryLV6 projects