The Department of Physics is based at the heart of the Cambridge West Innovation District (Cambridge West), which has become a world-renowned centre of scientific research, innovation and commercialisation. Cambridge itself is Europeâs largest technology cluster and an environment where links between the University and industry are nurtured, leading to £24bn in annual turnover from knowledge-intensive firms.
The Whittle Laboratory and the Department of Computer Science and Technology  are close neighbours, along with the British Antarctic Survey, Nanoscience Centre, Cambridge Enterprise and the West Hub co-working and collaboration space.
Our state-of-the-art facility is the new centrepiece of the Cavendish Laboratory. Bright and spacious, the contemporary architecture captures our sense of possibility and our collective aspiration for the future of physics.
The Centre is home to most of our research themes, with dozens of laboratories covering the full breadth of physics research, and collaborative working spaces for researchers and students. Itâs also where youâll find CORDE â the Collaborative R&D Environment for physics â which gives access to our equipment, resources and knowledge to university and industry researchers across the UK.
Itâs a deliberately open space. Spanning five floors, with one single entry point into the building, youâll see academics, professionals and commercial partners mingling together, all with a sense of where they belong in the bigger picture.
Itâs all part of our expansive, interdisciplinary approach which has placed us at the forefront of discovery since 1874 and always setting the pace for the future.
The Centre was named in recognition of a generous £85 million gift from the estate of Cambridge alumnus and sound pioneer Dr Ray Dolby. An additional £75m  contribution from the UK government, through the Engineering and Physical Sciences Research Council (EPSRC), combined to form an unrivalled scale of investment which will act as a springboard for scientific breakthroughs and create positive, real-world impact.
Opposite the Ray Dolby Centre is the Maxwell Centre, the catalyst for industrial engagement with Physical Sciences and Technology. It is a vibrant hub of research and innovation, and home to several research groups, including physicists across multiple research themes.
The Centre fosters a dynamic exchange between academia and industry through a range of programmes and activities, which nurtured numerous startups, industrial collaborations and commercial opportunities.
It also hosts several industrial partners, the Cambridge Zero initiative, several University strategic Research Interdisciplinary Centres and graduate training programmes, as well as the Cambridge spoke of the Henry Royce Institute for Advanced Materials Research.
Next door to the Maxwell Centre is the Physics of Medicine (PoM) building, a dynamic hub of research at the intersection of biology and medicine.
As a key facility for the Physics of Life research theme, PoM provides labs, teaching space and essential infrastructure for biological and biomedical research, fostering collaboration across various departments within the University.
Our researchers have strong ties to the Schools of Biological Sciences and Clinical Medicine, leading initiatives like the Centre for Physical Biology and the Precision Health Initiative. Access to the extensive research facilities of the PoM building is also available for external users.
Connected to the Institute of Astronomy and the Kavli Institute, the Battcock Centre brings together the disciplines of Astronomy, Astrophysics and Cosmology and offers continual opportunities to collaborate between disciplines.
Numerous international projects see us pushing the boundaries of astrophysical knowledge, such as the James Webb Space Telescope (JWST), CHEOPS (CHaracterizing ExOPlanet Satellite) and REACH (Radio Experiment for the Analysis of Cosmic Hydrogen).
Supporting the Astrophysics research at the Cavendish since the 1950s, the MRAO enables research in radio astronomy and contributes to a far deeper understanding of the universe.
It hosts aperture synthesis radio telescopes, including the One-Mile Telescope, 5-km Ryle Telescope, and the Arcminute Microkelvin Imager.