News articles

INBRAIN Neuroelectronics SL, has raised $50 million to develop its graphene-based neural technologies.

Multi project wafer (MPW) runs are a common practice within the semiconductor ecosystem. Universities, R&D centres and start ups, which usually only need a few prototypes and operate with tight budgets, take advantage of this service to obtain devices at an affordable entry point. This is carried out with a mask sharing scheme, where devices with different geometries but shared device architecture are manufactured within the same mask; in this way, everyone gets a few devices but no one needs to purchase more devices than necessary. Now, Graphenea partners with the 2D Experimental Pilot Line (2D-EPL) to offer an MPW run with a novel process flow.

The journey from electrocatalysis to innovative sensors

The new biosensor looks like a small box connected to a mobile phone. This device can immediately detect even very small antibiotic residues, namely ampicillin, in water or dairy products.

Graphene devices can transform neurological care

“Lignography”: the art of making sensors out of wood scraps

A step-by-step look at the 2D-EPL’s first multi-project wafer run

Graphene Flagship Spearhead Project AUTOVISION is developing a new high-resolution image sensor for autonomous vehicles, which can detect obstacles and road curvature even in extreme and difficult driving conditions.

Graphene and layered materials put an end to the treasure hunt for rare earths and scarce materials, paving the way to sustainable electronics

The Swedish spin off pioneers a technology to control edges in transition metal dichalcogenides with close-to-atomic precision

An interview with Qurv’s CTO about wide spectrum image sensors for computer vision applications in self-driving cars and other mass-market autonomous systems.

The 2D Experimental Pilot Line (2D-EPL), a project grown from the Graphene Flagship, has launched its first customisable wafer run targeting sensor applications. Companies, universities and research institutes can include their designs as dies on joint wafers, to test their ideas for devices on a larger scale at relatively low costs.

Graphene Flagship researchers have developed an innovative graphene sensor to capture the sound of a single bacterium. These graphene-enabled sensors tell apart living organisms, which enables researchers to identify drug-resistant bacteria through the detection of distinctive sounds.

Graphene Flagship researchers are using graphene to develop the ultimate pressure sensor for presence detection.