Published Sciences Graphene Biosensor The advantage of this technology is that it presents the capacity to grow graphene on flat, large area surfaces. By Swansea University
Published Sciences Nanowire Sensor There are a number of sensing applications for which this invention would be useful in: gas, chemical and biological applications. Additionally, other functionalities. By Swansea University
Published Medical Lung Cancer Biomarkers Detect structural changes in molecules from tissue or cells. By Swansea University
Published Medical Intubation Device This invention, which was developed by an anaesthetist, provides an adaptable training device that can give a more realistic feel to introducing intubation devices into bodies. By Swansea University
Published Medical Seraticin A potentially valuable treatment for fighting infections, including the MRSA. By Swansea University
Published Fitness & Lifestyle Microwave Imaging The system is adaptable and also invisible, which avoids a potential suspect from being aware that they are being security checked. By Swansea University
Published Education & Training Supercalc Automatically corrects errors in mathematical syntax. By Swansea University
Published Medical Convex Transforms Convexity-based fast and effective global geometric transforms, to smooth images and to identify points on an image or a data array which are geometrically singular. By Swansea University
Published Fitness & Lifestyle Graphics Accelerator Identify the intersection in a much more efficient manner. By Swansea University
Published Media & Entertainment Photon Mapping Speeds up rendering time, and greatly reduces blurring and noise. It also reduces memory overhead since scenes can be rendered using fewer stored photons. By Swansea University
Published Sciences Superheated Ice Instantaneous transformation of a simultaneously supercooled and superheated liquid into an aerated semi-frozen product. By Swansea University
Published Engineering Optical Detector Up to 3dB improvement in signal to noise is recovered. By Swansea University
