From its very first announcement in 2004, expectations for graphene have focused on its exceptional electronics related properties.
The promise of graphene was to be able to create electronic devices that could achieve new levels of performance that existing technologies were not capable of. 20 years later, we are seeing the promise realised with a new class of graphene enabled sensors that provide exceptional sensitivity, environmental tolerance and reproducibility.
This Paragraf webinar, hosted by The Graphene Council, will show how the original promise of graphene is being realised today, with commercially available standardised and customised devices.
18 June 15.00 BST, register here.
Presenters
Dr Natasha Conway: Research Director, Paragraf
Natasha has a strong track record in research and development, with over 25 years’ experience. She received a BEng degree in Engineering and Physics at Glasgow University before completing her PhD at Cambridge University Engineering Department. Since moving to industry, Natasha’s R&D experience has ranged from working in early stage start-ups to R&D subsidiaries reporting into large corporates in Japan and Turkey.
Natasha joined Paragraf in February 2020 and now leads a multidisciplinary team of researchers progressing scientific understanding of graphene to enable demonstration of ground-breaking proof of concept graphene-based devices.
Dr Martin Tyler: Technical Lead at Paragraf
Martin received an MChem at The University of Warwick where he also completed his PhD in material development for organic photovoltaic devices. He has spent the last 6 years working with graphene to develop semiconductor devices focussing on a wide range of topics from device physics investigations to surface chemistry and material interactions.
He has most recently been working at Paragraf to apply this knowledge to develop sensors with a specific focus on leading a team to develop electrolyte gated GFETs.
