Material scientists at Washington University in St Louis have developed a bimetallic fuel cell catalyst that is two to five times more effective than commercial catalysts.
igus® have developed a lubricant-free toothed belt drive, specifically for the low-cost sector for the fast positioning of small loads of up to 15kg.
A new biomedical centre in the Midlands is being equipped with the latest medical physics technology to research and treat brain illnesses.
A motion detection system developed in the US has been shown to outperform vets when assessing horses for symptoms of lameness.
A new project in south west England will combine uncrewed surface vessels (USVs) and data analytics to monitor the health of seagrass meadows.
A new ADC microchip designed at Brigham Young University in the US is claimed to be the world’s most power-efficient of its type.
Ways of developing solar energy for large-scale electricity generation are being sought by energy company E.ON, which has made €6m (£5.4m) available to stimulate research projects.
Body armour, biomedical devices and next generation sportswear could all benefit from the first synthetic auxetic material to be discovered that becomes thicker as it is stretched.
An advanced new radar that will allow RAF pilots to locate, identify and suppress enemy air defences flew for the first time on September 27, 2024.
Researchers at Nottingham University have employed a new technique that allows for the elasticity and stiffness of space rocks to be measured for the first time.
