
Professor James Baker, CEO of Graphene@Manchester, describes Manchester’s journey to commercialise the Nobel Prize-winning discovery of Graphene.
In this conversation, recorded at the University of Manchester Graphene Engineering and Innovation Centre, Professor Baker explains the steps Manchester (the City and the University, with support from central government and foreign investors) is taking to nurture startups, SMEs and established industries in developing a commercial ecosystem centred on the applications of Graphene. He describes the unique role of the UoM, the National Graphene Institute and the GEIC.
Some of the discussion points include
The following summary repeats the emphasis points you requested, condensing each into approximately a 10-word sentence, supported by comprehensive citations from the source material:
- Graphene was isolated in Manchester in 2004, and its discovery won the Nobel Prize in Physics.
- Manchester continues its history of innovation, fulfilling the “discovered in Britain” vision.
- Extraordinary properties (e.g., 200 times stronger than steel) drive an industry “pull” philosophy.
- Commercial applications include batteries, sensors, coatings, composites, and sustainable construction materials.
- The National Graphene Institute (NGI) focuses on accelerating fundamental 2D material science with low Technology Readiness Level (TRL).
- The GEIC is “industry-led but academic-fed,” accelerating high TRL commercialisation with know-how.
- The Manchester Model (NGI/GEIC) helps companies navigate and accelerate through the “valley of death”.
- The GEIC has fostered over 70 startups, many of which are now scaling up and opening factories.


















































































































India’s space program is now over half a century old. During this time its Infrastructure has evolved. This episode looks at the current communication capabilities used to support space vehicles during launch, in Earth orbit or on a interplanetary missions.
‘s flagship deep space antenna is the 32m fully steerable dish at Byalalu close to Bangalore. It was established for the 2008 Moon mission and has been the primary resource for communicating with its Mars Orbiter Mission. Byalalu is also the central site for India’s Regional Navigation Satellite System IRNSS due to come in to full operation in 2016.
This interview was recorded in his office at the 








Launched 15 years ago today, the






















Next year April 12th 2011 marks the 50th anniversary of 





