Working on commercialising graphene and nano enhances products. Chair of planarTECH and Molymem. Public speaking and Advanced Materials. comments are my own .
Congratulations to #NGI scientists recognised recently in the global list of #HighlyCited2023 by @Clarivate.
Featured in categories like Physics, Chemistry, Material Science and more, showcasing their ground-breaking interdisciplinary research. More: shorturl.at/acwK3
Great turnout at the recent #GEIC Community event! @VectorHomes shared the latest insights on their sustainable smart homes mission, while @UoM_MACE shared new funding opportunities to leverage 3D printing for #SMEs👏
🔥 Ever wondered what captured carbon looks like?
Well here it is! Take a peak inside our LOOP device where the carbon is literally being captured from gas and transformed into the wonder material that is #graphene.
Stronger than steel yet lighter than paper, Levidian graphene has endless applications, delivering enhanced performance and a lower carbon footprint 🌍
FInd out more 👉 bit.ly/3RkQnga#CutTheCarbon#COP28#CCS
Researchers from The University of Manchester created a graphene device to convert heat into electricity. The device uses the unique properties of graphene and its interaction with hexagonal boron nitride (hBN). Image credit: Isabel Anderson 1/
Researchers from the National Graphene Institute (#NGI) have developed a new type of electrode made of spherical carbon-coated #silicon oxide particles interleaved between electrochemically exfoliated #graphene. 1/5
Thank you Peter Green & (Sponsors) for an amazing evening at this year’s National Maritime SME Awards.
To be recognised and nominated as the best UK Marine clean energy technology at this stage of our development was a great honour and achievement.
A recent research review from #NGI's Cinzia Casiraghi and team on the development of solution-processed 2D material-based field effect transistors (FETs) - describing opportunities and challenges in integration of solution processed 2D materials into next gen printed electronics:
2D materials can enable flexible & printed electronics suitable for light-weight, low-power, sustainable & cost-effective field-effect transistors: read more in this Review by Cinzia Casiraghi, Gianluca Fiori & colleagues ➡️go.nature.com/45jGPXo
Once again we are seeing breakthrough ideas for the commercialisation of #graphene and #2Dmaterials coming from our brightest young minds, enabled by the generosity of the Eli and Britt Harari Enterprise Award.
Congratulations to this year's winners 🎉
Will you be at the @MaterialsShow this month?
Speak to us on Stand 1316 to explore the possibilities of graphene and other 2D materials.
📅 28-29 June | Request a one-to-one meeting with our team at the #AMS23 show: calendly.com/uomgraphene/ams…
Great insightful session delivered this morning at our #GEIC community event with our affiliate partners @NixeneP and @MewburnEllisLLP 👏
Thanks to our speakers, @robwhieldon and @MKSmithIP for sharing the current trends in graphene and 2D material applications and #IP.
This is where this innovation should be going as getting repeatable quality product has to be the priority to get commercial success- well done @Arup and @BlackSwanGraph for collaborating in a sensible way
This #IWD2023, we spoke to Manchester City Council's leader @BevCraig and Chief Executive Officer @JoanneRoney OBE to discuss why it's important for Manchester to have women in influential positions and how the city-region is creating a more inclusive, better place for women.
Carbon-based materials have a big part to play in a greener #future and it’s a key driver for the work $FGR is doing to #develop and commercialise a broad range of #graphene-enhanced #solutions.
Read more: ab.co/3XkWbqv