NANO-GLASS (2021-2025) focuses directly on nano-structured glass for future displays, optical fibres, and tactile screens.
CORNING SAS
French subsidiary of Corning Inc., contributing industrial glass, optical materials, and coating expertise to EU energy and display technology research.
Their core work
Corning SAS is the French subsidiary of Corning Incorporated, a global materials science leader specializing in specialty glass, ceramics, and optical technologies. Within H2020, they contribute industrial expertise in advanced glass substrates, functional coatings, and optical materials for energy and display applications. Their role is typically that of an industrial partner bringing manufacturing know-how and materials characterization capabilities to research consortia working on next-generation solar energy and communication technologies.
What they specialise in
RAISELIFE addressed lifetime of materials for concentrated solar power; ESPResSo targeted perovskite solar module structures and processes.
NANO-GLASS includes secure communications as a target application for nano-structured glass technologies.
Photo4Future explored photoredox catalysis in continuous-flow systems, where Corning contributed as a third party.
How they've shifted over time
In the early phase (2015-2018), Corning's H2020 involvement was exploratory — joining projects in photocatalysis and solar material durability, contributing specialized materials expertise without leading. From 2018 onward, their focus sharpened significantly toward their core industrial strengths: glass substrates for energy applications (ESPResSo) and then advanced nano-structured glass for displays and optical communications (NANO-GLASS). The trajectory shows a company moving from broad materials science contributions toward projects directly aligned with their commercial product lines in glass and optics.
Corning is converging on nano-structured glass for display and communication technologies, signaling future interest in projects at the intersection of advanced materials, photonics, and secure optical communications.
How they like to work
Corning SAS never coordinates — they join consortia as a specialist industrial partner, contributing materials expertise and characterization capabilities. With 38 unique partners across just 4 projects, they operate in large, diverse consortia rather than tight bilateral collaborations. This pattern is typical of a large industrial company that selectively joins projects where it can contribute proprietary materials knowledge without bearing the administrative burden of coordination.
Despite only 4 projects, Corning has built connections with 38 partners across 16 countries, reflecting participation in large European consortia. Their network spans broadly across the EU with no single geographic cluster, consistent with a multinational company's pan-European engagement.
What sets them apart
Corning SAS brings the industrial muscle of a global materials science company into academic-led EU consortia. Unlike university partners who contribute theory, or SMEs who contribute niche skills, Corning offers deep manufacturing expertise in specialty glass and optical materials at industrial scale. For consortium builders, they are a credible industrial end-user and materials provider who can bridge the gap between lab-scale glass research and real-world product applications.
Highlights from their portfolio
- NANO-GLASSMost recent and strategically aligned project — directly targets Corning's core business in display glass and optical communications with nano-structuring techniques.
- ESPResSoLargest funded contribution (EUR 145,020) focused on perovskite solar modules, demonstrating Corning's role in next-generation photovoltaic manufacturing.
- RAISELIFEAddressed the practical challenge of material lifetime in concentrated solar power, showcasing Corning's expertise in functional material durability.