Chemistry curbs spreading of carbon dioxide
06 May 2011The presence of even a simple chemical reaction can delay or prevent the spreading of stored carbon dioxide in underground aquifers, new research from the University of Cambridge has revealed.
News from the School of Technology at the University of Cambridge.
The presence of even a simple chemical reaction can delay or prevent the spreading of stored carbon dioxide in underground aquifers, new research from the University of Cambridge has revealed.
Cambridge is to lead the technology roadmap towards a €1 billion European programme to conduct research on graphene - a versatile substance, stronger than diamond, which researchers say could trigger a “smart and sustainable carbon revolution”.
The daring Dambusters raid of World War II, in which RAF pilots famously used a bouncing bomb to breach two German dams, has been recreated by a Cambridge-led team to prove how the amazing feat was achieved.
Two Cambridge researchers have received prizes at the ICT Pioneers awards for their groundbreaking approach to modern problems.
Research across the University is helping to clean up water in regions around the world.
Cambridge researchers in collaboration with China Mobile are examining the potential of mobile phones to deliver healthcare in China and worldwide.
Pamela Hartigan , Director of the Skoll Centre for Social Entrepreneurship at Saïd Business School and Founding Partner of Volans, called for a radical re-think of business models during the Enterprise Tuesday talk on 26th October.
A new method for identifying which bones have a high risk of fracture, and for monitoring the effectiveness of new bone-strengthening drugs and techniques, has been developed by scientists at the University of Cambridge.
BAE Systems and IBM have joined forces with the University of Cambridge to launch a new research initiative designed to equip business with the skills needed to deal with complex service systems.
The Royal Society, the UK's national academy of science, has recognised the work of Dr Andrea Ferrari at the Department of Engineering with one of the prestigious Royal Society Wolfson Research Merit Awards.