'Bullet-proof' graphene composite tougher than Kevlar
Researchers have used graphene to develop a new composite material which can produce the toughest fibres to date - even tougher than spider silk and Kevlar.
Feb 3rd, 2012
Read moreResearchers have used graphene to develop a new composite material which can produce the toughest fibres to date - even tougher than spider silk and Kevlar.
Feb 3rd, 2012
Read moreA team of University of Bristol scientists explores whether new models or concepts are needed to tackle one of the 'grand challenges' of chemical biology: understanding enzyme catalysis.
Feb 3rd, 2012
Read moreThe antennaless RFID tag developed at CNSE could help companies track products as varied as barrels of oil to metal cargo containers.
Feb 3rd, 2012
Read moreDerivation of equations that describe the dynamics of complex magnetic quasi-particles may aid the design of novel electronic devices.
Feb 3rd, 2012
Read morePhotovoltaic panels made from plant material could become a cheap, easy alternative to traditional solar cells.
Feb 3rd, 2012
Read moreA new kind of high-temperature photonic crystal could someday power everything from smartphones to spacecraft.
Feb 3rd, 2012
Read moreA Manchester team lead by Nobel laureates Professor Andre Geim and Professor Konstantin Novoselov has literally opened a third dimension in graphene research. Their research shows a transistor that may prove the missing link for graphene to become the next silicon.
Feb 2nd, 2012
Read moreAn international consortium of scientists from The Netherlands, Sweden and Ukraine claim a breakthrough in the theory of ultrafast magnetic phenomena.
Feb 2nd, 2012
Read moreGrants will enable technologies targeting clean energy and the environment, nanomedicine and health care, and military applications.
Feb 2nd, 2012
Read more2012 Knowledge Series to commemorate 25th anniversary.
Feb 2nd, 2012
Read moreUsing a self-assembled photosystem, researchers are turning the term 'power plant' on its head
Feb 2nd, 2012
Read moreDNA is a useful building material for nanoscale structures. In a way similar to origami, a long single strand of DNA can be folded into nearly any three-dimensional shape desired with the use of short DNA fragments. The DNA nanostructure can also be equipped with specific docking sites for proteins. Researchers have now introduced a new method for attaching the proteins by means of special "adapters" known as zinc-finger proteins.
Feb 2nd, 2012
Read moreToday sees the announcement of full details of how an additional GBP50 million will be spent to keep the UK at the forefront of research into 'wonder material' graphene. Also below are details of further investment strands for graphene engineering and research technology.
Feb 2nd, 2012
Read moreEngineers have developed a prototype device that could power a pacemaker using a source that is surprisingly close to the heart of the matter: vibrations in the chest cavity that are due mainly to heartbeats.
Feb 2nd, 2012
Read moreResearchers from the NIST Center for Nanoscale Science and Technology have made a grating coupler that transmits over 45 % of the incident optical energy from a plane wave into a single surface plasmon polariton (SPP) mode propagating on a flat gold surface, an order-of-magnitude increase over any SPP grating coupler reported to date.
Feb 2nd, 2012
Read moreThe NanoRelease project will support the development of methods to understand the release of nanomaterials used in products.
Feb 1st, 2012
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