How can the limitless potential of graphene be unlocked?

There’s a huge buzz around graphene in the science world, due to its flexible properties and seemingly near limitless possibilities, and it’s this exciting potential that has seen Michael Page partner with Graphene@Manchester, which is leading its development.

The £60m Masdar building in Sackville Street, Manchester, is home to the Graphene Engineering and Innovation Centre (GEIC). Supported by sponsors, Masdar, Innovate UK, European Regional Development Fund (ERDF) Research England, and Greater Manchester Combined Authority (GMCA).

The Masdar building was officially launched on December 10th by His Royal Highness The Duke of York, alongside President and Vice-Chancellor, Professor Dame Nancy Rothwell, and various representatives. One of the key aims of the GEIC is to accelerate the commercialisation of graphene and maximise its potential. Graphene is graphite and an allotrope of carbon, its flexible properties can revolutionise many products that we use. For example, graphene nanotechnology in batteries could improve durability and minimise charging times. It is one of the best conductors of electricity and heat, and is the lightest known material. 
With over 40 years of experience and operations in over 36 countries, Michael Page is one of the world's leading recruitment companies. We have skilled consultants with a breadth of in-depth knowledge, covering a broad range of sectors and job types which allows us to better serve both our clients and candidates. Our experience and resources put us in a firm position to play a key part in supporting the talent attraction and development around this exciting exponential technology. 
Speaking at the opening, The Duke of York spoke of the huge potential of the project and the industrial transformation it can bring, one which both society and industry could reap benefits from.
James Baker, CEO of Graphene@Manchester, highlighted the aim of GEIC as focusing on accelerating real-world applications and their commercialisation. This would involve moving graphene and other 2D materials out of the laboratories and into the marketplace to the consumers. 
Professor Ian Kinloch, Director of Materials at the University of Manchester’s School of Material, provided more insight into graphene products and applications, and for attendees, there was the chance to participate in a series of workshops and to network. 
Also in attendance was Nobel Prize winner, Sir Konstantin Novoselov, one of the founding fathers of graphene. In 2004, along with Andre Geim, Konstantin discovered graphene and mapped its properties. At the launch, he recounted the fascinating story and touched upon the multifunctional capabilities of graphene. 
Mark Beacom, Operating Director at Michael Page said: “It was a real honour to be able to hear Konstantin Novoselov talk about the exciting properties of graphene, and the myriad of possibilities it can provide. We’re truly excited to be affiliated with the GEIC, and in supporting partner organisations, helping them to bring graphene and 2D materials to the marketplace.”
The location of the GEIC, means that it can provide a real boost to the real-time growth of the Northern Powerhouse initiative. A strong transport infrastructure will link the regions and form the building block to investment and development, strengthening the North’s economy. The benefits of commercialising graphene and related 2D materials for the industry’s future growth, are clear to see.
If you are looking to hire top talent in your sector and are interested in finding out how Michael Page can help you to recruit top talent to best fit your organisation, please contact our team of specialist consultants today.