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Scanning probe microscopes let us study surfaces at the nanoscale level. But how do they work and why do we need them? Physics researchers tell us more.

Developmental geneticist, Dr Kim Moorwood, explores how the genes behind fetal growth could impact our chances of serious health conditions in later life.

Dr Philippe Blondel from the Department of Physics is uncovering the secrets of the deep and imaging our underwater environments with sound waves.

From navigating avian romance to engaging local communities, Professor Tam谩s Sz茅kely鈥檚 research group aims to protect wildlife and preserve biodiversity.

Major tech companies are investing billions in augmented reality (AR) headsets and smart glasses, but how will this cutting-edge technology enhance daily life?

From telecoms to healthcare, fibre optics are an essential tool in photonics research. But how are they made, and what exactly do they do?

Our researchers developed a large-scale computer simulation model that provides a flexible platform for developing models for predicted exposures.

In the face of the growing global energy crisis, researchers at the 星空体育官网 are investigating diverting food waste streams into biofuel production.

Bath researchers are building model tumours to learn how pancreatic cancer affects nerve cells and find new therapies to target tumour growth and patient pain.

Data scientists 星空体育官网 are studying social networks and how they can help us understand political dynamics, tailor healthcare, and predict financial markets.