University of Manchester
The University of Manchester has an exceptional record of generating and sharing new ideas and innovations. Many of the advances of the 20th century began at the University, such as the work by Rutherford leading to the splitting of the atom and the developments of the world’s first modern computer in 1948.
Today, the University is one of the world’s top centres for biomedical research, leading the search for new treatments for life-threatening diseases. It is also at the forefront of new discoveries in science and engineering.
The University attracts world renowned researchers and teachers and boasts no fewer than 27 Nobel Prize winners amongst its current and former staff and students – and more on its current staff than any other UK university.
According to the 2008 Research Assessment Exercise, the University of Manchester is now one of the country’s major research universities, rated third in the UK in terms of ‘research power’ behind only Oxford and Cambridge.
The University’s total expenditure on research has grown by around 31% from £308m in 2004/5 to £405m in 2008/9.
By 2015, The University aims to hold a world-class leading research profile and be among the top 25 universities in the world.
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Research & Development
The University of Manchester has a long history of pioneering cutting edge research and technology. This is as true now as it was when Ernest Rutherford split the first atom at the University in 1919. The world of the atom and the ‘nano’ (the ‘one billionth’) is where Manchester still leads, particularly when it comes to material science.
Graphene: the next big small thing
Graphene, a flat sheet of carbon one atom thick, is currently one of the hottest topics in the field and is the product of the pioneering work of two physicists at the University of Manchester – Professor Andre Geim and Dr. Konstantin Novoselov. Their work that has earned them the 2010 Nobel Prize for Physics, the greatest accolade there is and the first time that it has been awarded exclusively to the UK for over 30 years.
A stack of 3 million sheets of graphene would be no more than one millimetre thick. It is almost transparent and its strength, flexibility and electrical conductivity translate to a multitude of potential applications, from aviation to transistors to anti-bacterial packaging.
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