Graphene Electronic Device knowledge
As a unique and innovative material, Paragraf’s ‘next-generation’ graphene is constantly revealing new qualities and capabilities, and inspiring new applications. Our Knowledge Centre is where you will find the latest whitepapers, blogs and articles from us.
Leveraging the Full Potential of Graphene from a Microelectronics Standpoint
Leveraging the Full Potential of Graphene from a Microelectronics Standpoint By Simon Thomas, CEO at Paragraf Ever since graphene was first mechanically exfoliated back in 2004, it has ignited [...]
Graphene Solid State Devices – What does the Future Hold?
The integration of graphene into the semiconductor industry requires a deep understanding of how this material behaves, how to manipulate it in a fabrication environment and how to employ [...]
Graphene Comes of Age Thanks to Large-area Production Process
It is 10 years since Andre Geim and Konstantin Novoselov, then scientists at the University of Manchester, were awarded the Nobel Prize in Physics for their work on graphene. The [...]
Graphene Diagnostics – Accurate, Rapid Point-of-Care Tests set to Transform Healthcare
A simple test capable of providing highly accurate diagnostic information on the spot within minutes would transform healthcare provision for both patients and professionals alike. At present, existing detection [...]
Ten Things about Graphene Electronics
In this article, Simon Thomas, CEO of Paragraf, outlines ten facts about graphene, its role in the electronics industry, and potential future applications everyone should be aware of. Researchers [...]
Why Graphene Finally Looks Set to Deliver on its Potential in Electronic Applications
Our new method of manufacturing graphene at scale is paving the way for its commercialisation in electronic applications. There has, for a long time now, been a buzz around [...]
Graphene – Then, Now and in the Future
By John Tingay, CTO, Paragraf. Disruptive technology doesn't come along every day, so it's not surprising that when two-dimensional materials started to emerge, they made quite an impact. The [...]
Enabling a Magnetic Breakthrough at CERN with Graphene Electronics
By Ellie Galanis, product owner for the GHS Series of graphene Hall sensors, Paragraf. (Image: CERN – showing Paragraf and CERN scientists setting up the graphene Hall sensor for [...]
From Research to Commercial Graphene Electronics
By Dr Ivor Guiney, Technical Director, Paragraf. Progressing from research to commercialisation in just five years, Paragraf has created a remarkably sensitive graphene-based magnetic sensor. In 2014, three years before [...]
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Whitepaper: Graphene Hall-Effect Sensors – The gateway to unrivalled magnetic field sensitivity and resolution?
The commercial viability of graphene has so far largely failed to be realised. This whitepaper reveals how Paragraf has developed a process overcoming previous issues, enabling it to develop a commercially viable graphene Hall-effect sensor. The whitepaper also explores the sensor’s ability to transform magnetic measurement applications, and provides a view to future developments.