Quantum Technology
Changing how the world reveals the invisible
Next-generation atomic clocks and quantum sensors
Imagine if we could detect underground hazards before digging begins. Cutting-edge research at the University of Birmingham has the potential to do just that. Using quantum technology, our researchers are developing the next generation of gravity sensors, capable of detecting sinkholes, mineshafts and landslides from deep underground faster and more precisely, averting potential catastrophes.
Quantum - or atomic - clocks are widely seen as essential for increasingly precise approaches to areas such as online communication, navigation, or global stock trading, where fractions of seconds could make a huge economic difference. Our quantum physicists have developed atomic clocks that are smaller and more robust for deployment in the real world.
Accelerating the commercial development of quantum sensing, imaging, and timing devices will result in real societal and economic benefits. At Birmingham, we're focused on collaborations to ensure quantum technologies deliver their best for society.
Research centres and facilities
Birmingham Institute for Quantum Technologies
Exploring fundamental science in the creation, use and manufacture of quantum sensing and timing devices.
National Buried Infrastructure Facility
A 'one of its kind' facility spanning research, innovation, education, CPD and training in buried infrastructure-ground interaction.
QuSIT
Developing quantum technologies to solve real-world problems.
Innovation support
University of Birmingham Enterprise provides comprehensive support for our innovators, making the connections necessary to launch groundbreaking products and services, driving forward both industry and academic excellence.
Working with researchers from the UK Quantum Technology Hub for Sensors and Timing, spin-out Delta g is building a gravity gradiometry platform for mapping underground space.
Find a course
Work at the cutting-edge of physics research, alongside world-leading experts.