The demand continues for materials that are stronger, cheaper, lighter, more conductive – simply better.
How can the cost of solar cells be reduced enough to make them a feasible source of large-scale renewable energy? The answer is to make them thin.
Cambridge has received £1.4 million funding to progress innovative energy solutions.
At the Cambridge Centre for Medical Materials, a highly interdisciplinary approach is meeting the challenge of bioengineering new materials for the...
Because of their unique structure, biological tissues exhibit physical and mechanical properties that are unlike anything in the world of engineering...
Only a single class of engineering materials can withstand the extreme conditions deep within a jet aeroplane engine – the nickel-base superalloys...
