Physicists observe natural phenomena – the way matter and energy interact – and create laws to explain them. They explore physical matter on every scale, from stars to sub-atomic particles, and energy in all its forms, such as light, motion and gravity.
Physics is behind almost every technological advancement and has been used in every area of human activity. Physicists continually probe the natural world to solve global issues such as climate change, predict changes in our climate, advance artificial intelligence, and develop efficient infrastructure, new transportation and new energy sources.
While their work has led to the development of incredible leaps in technology – from engines to silicon chips – it is these advancements that are responsible for some of the biggest strains on our planet's resources. But physicists are behind the technology of the future, and their work could provide the solution.
Our physicists are working to advance knowledge and unlock advanced technology. From researching new information processing and quantum computing, to exploring new materials, we're using our expertise in Physics to power the future, improve industry, security, defence and the environment.
Explore our Physics areas of expertise
Find out more about the facilities and research methods that shape our Physics research in the following 3 areas of expertise, and visit the Institute of Cosmology and Gravitation, where much of our work takes place.
Our research is helping to solve issues related to energy harvesting, efficiency and storage, and medical technologies, security and the environment.
Our work in this area is studying the particle-like properties of photons, and wave-like behaviour of massive objects, such as electrons and atoms.
We're conducting research into new quantum technologies, including applications for high-precision measurements, computing, and secure communication.