Graphenea

29/04/2026

Scientists have uncovered how oxide pulls off a remarkable trick: it hunts down and destroys harmful while leaving human completely unharmed.

Scientists have uncovered how graphene oxide pulls off a remarkable trick: it hunts down and destroys harmful bacteria while leaving human cells completely unharmed. By targeting a molecule found only in bacterial membranes, this ultra-thin carbon-based material acts with laser-like precision—offe...

20/04/2026

We are excited to highlight our Custom R&D and Functionalization Services. Whether you need specific oxygen content, a particular surface chemistry, or a unique derivative, we act as your dedicated materials development partner.

Custom chemistry for each customer

06/04/2026

Precise transfer of and other 2D materials by laser for photodetector applications

induced forward transfer of materials and for the fabrication of integrated and



https://www.spiedigitallibrary.org/conference-proceedings-of-spie/13882/3078661/Laser-induced-forward-transfer-of-2D-materials-and-heterostructures-for/10.1117/12.3078661.full

27/03/2026

A meeting of the consortium took place in to mark the second year of the . The goal of the project is a proof-of-concept for a rapid, fully automated, -based detection designed for continuous surveillance of a wide range of viruses on .

10/03/2026

WOW-2D established a workflow needed to propel hybrid - systems from the lab to commercial realities.

Pioneering Wafer-Scale Integration for 2D Optoelectronics

04/03/2026

The EU-funded EIC Transition is advancing the frontier of -enabled for and related two-dimensional ( ) , bridging the gap between laboratory and industrial-scale . Two recent publications by L2D2 partners highlight major progress in this field, underscoring the transformative potential of laser-based techniques in shaping the future of , , and .

The EU-funded L2D2 project is advancing the frontier of laser-enabled manufacturing for graphene and other 2DM

27/02/2026

Graphene-based light-activated material shown to kill germs, including stubborn bacteria

The new material can knock out hard-to-kill germs on contact — even in your mouth. It's based on a type of graphene.

11/02/2026

As the demand for thinner, lighter, and longer-lasting consumer rises, researchers and manufacturers are exploring next-generation technology to surpass the limits of traditional -ion cells. can play a versatile role in next-gen storage .

Graphene batteries promise faster charging, higher energy density, and thinner devices, transforming smartphones, wearables, EVs, and consumer electronics!

22/01/2026

Efficient charge transfer from quantum dots to oxide paves the way for improved harvesting and efficient devices through solution-processed, methods.

Researchers have successfully created hybrid quantum dot materials linked to graphene oxide, demonstrating efficient electron transfer and tunable energy transfer rates by altering the quantum dot shell thickness.

24/11/2025

and develop integrated -on- platform for advanced . This marks an important step in bringing from the lab to real-world and applications.

Graphenea and Melexis announce collaboration for advanced graphene-based biosensing

19/11/2025

At Europa, the 2D Pilot Line ( -PL) project will showcase its work driving the next phase of Europe’s innovation by advancing the integration of 2D into and . Visit booth C2/407 to learn about the open run for facile !

Graphene Flagship event. 2D Pilot Line event. At SEMICON Europa, the 2D Pilot Line (2D-PL) project will showcase its work driving the next phase of Europe’s semiconductor innovation by advancing the integration of 2D materials into photonics and electronics. This initiative focuses on providing en...

14/11/2025

On October 2nd and 3rd 2025, the consortium marked its first year of collaboration with a General Assembly meeting hosted by the FIAT Research Centre (Centro Ricerche - CRF) and Stellantis in Turin, Italy. Over two days of dynamic discussions, partners reviewed the progress achieved so far, presented advances in the six use cases, and outlined the project’s roadmap for the coming phases.

BIOntier is a initiative uniting 25 partners across 12 countries to develop an integrated industrial platform for next-generation bio-based . These advanced materials are set to drive high performance, , and , supporting Europe’s transition to a , low- economy.

A General Assembly was held at the FIAT Research Centre