Advanced materials

75 Centres for Doctoral Training (CDTs) across the UK are set to receive over £800 million in support from UK Research and Innovation (UKRI) and …

An iconic material, diamond combines huge aesthetic value with enormous practical worth – and both facets of its character are benefitting from pioneering laser science …

How Machine Learning is helping researchers develop medical implants We talk to Dr. Peter Vincent about the various applications of computational fluid dynamics and machine …

The significance of High Performance Computing in materials research has recently been recognised by the Engineering and Physical Sciences Research Council (EPSRC) in the award …

When designing new molecules for pharmaceutical and other uses, the key is to combine the right elements in the right way. The same is true …

Exposing the deepest, most revealing secrets of materials’ structure is all part of a day’s work at the UK National Crystallography Service (NCS), based at …

Exposing the deepest, most revealing secrets of materials’ structure is all part of a day’s work at the UK National Crystallography Service (NCS), based at …

The drive to design new materials with surprising capabilities is a fast-moving frontier of research – and computers are well-established as a crucial tool in …

In every sense, we live in a material world and the drive to develop smarter, lighter, more versatile and resilient materials shows no sign of …

The science of light is the focus of a joint UCL-Cambridge University centre turning today’s PhD students into tomorrow’s industry innovators – and equipping them …

As part of a close and fruitful collaboration dating back to 2003, Rachel Oliver, Professor of Materials Science at Cambridge, and Robert Taylor, Professor of …

Last Thursday 21st April, Oxford Advanced Research Computing (ARC) and SES hosted the annual ARC High Performance Computing Showcase at Oxford E-research Centre to feature …