We develop optical fibre with unusual structure and properties.
Centre for Photonics and Photonic Materials
World-leading research in the science and technology of light
We use our research into cutting edge optical technologies to solve real-world clinical problems.
We study and control the most fundamental properties of light.
We use light to study nanosized objects, as well as using nanosized structures to manipulate light.
We study the theory of light propagation in photonic structures and model nonlinear interactions between light and materials
We develop scientific instrumentation from open source microscopes to next-generation astronomical tools.
The patented technique allows electrons to be used for quantum computing, high-precision measurements and other applications.
The bowl-shaped design can efficiently convert CO₂ from gas into carbon based fuels and chemicals, helping combat the threat of atmospheric carbon dioxide.
The University will lead a network of 12 EU universities and companies to train new researchers in the area of optical frequency combs in microresonators.
Dr Richard Bowman has been awarded the Clifford Paterson Medal and Prize for his early-career contributions to the application of physics in industry.
Physicists from Bath have developed a new type of sensor platform using a gold nanoparticle array, that's 100 times more sensitive than current similar sensors.
Imaging technology that detects deadly pneumonia infections in under 60 seconds is safe and practical for clinical use, a study has found.
Find out how you can undertake doctoral research in the Centre for Photonics and Photonic Materials.
How to join the Centre as a fellow, member of staff, or visitor.
Find out about how we use our optical fibre fabrication facility to make speciality optical fibre and how you can access the facility for your own work.