News articles

Perovskite-based solar cells have record high efficiencies converting solar energy to electrical power, but suffer efficiency reductions at large areas. Researchers in the Graphene Flagship have overcome these limitations with graphene, making large area solar cells with superior performances.

The graphene-based infrared detectors are ultra-sensitive thermometers, detecting minute changes in temperature. Image courtesy of Emberion.

Following the success of the Graphene Pavilion at Mobile World Congress 2016 and Mobile World Congress Shanghai 2016, graphene is back at MWC 2017 with an immersive Experience Zone exploring graphene mobile innovation.

Gas sensors are in demand for a range of different applications. PtSe2 – a little-studied transition metal dichalcogenide – shows excellent promise for high performance gas-sensing and photovoltaics, with CMOS compatible fabrication. Image credit: Trinity College Dublin

As 2016 draws to a close, the Graphene Flagship looks ahead. During 2017, planning for the Core 2 Phase is a key milestone, shaping the next steps for the Graphene Flagship’s research and innovation. The World Economic Forum’s report on the Top 10 Emerging Technologies shows the Flagship is on the right track.

Johnny Coleman investigates G-Putty but his son Oisin prefers Silly Putty®. Credit: AMBER, Trinity College Dublin

Fast Photodetector Device.

The Graphene Flagship’s exhibition stand at Composites Europe showcased several different prototypes of graphene technologies. Alongside Graphene Connect, this exhibition was a great opportunity for the Graphene Flagship to promote engagement from industry all along the value chain.

As well as being the thinnest, strongest and lightest known material, graphene is flexible, impermeable and extremely electrically and thermally conductive. All properties well suited for next generation NFC antennas.