The computer that could change our lives
Sussex scientists have invented a ground-breaking method that places the construction of a large-scale quantum computer within reach of current technology.
Physical Sciences research
Features
Alan Dalton, professor of Experimental Physics, describes how silver nanowires could be used to create bigger and more flexible touchscreens.
A radical new approach to technology
A tiny microchip with a big name has the potential to revolutionise mass spectrometry and quantum sensors, and to push the boundaries of knowledge about the fundamental laws of physics.
Professor Kathy Romer, Reader in Astrophysics, describes how her involvement in an international project exploring the mysteries of dark energy may help explain why the Universe is expanding.
Case studies
Electric Potential Sensor Technology: from fundamental physics to commercial success
Fundamental physics inspires, entertains and stimulates the public
Related research centres and schools
- Related research centres
- Sussex Centre for Quantum Technologies
- Analysis and Partial Differential Equations Research Group
- Astronomy Centre
- Atomic, Molecular and Optical Physics Research Group
- Data Intensive Science Centre
- Data Science Research Group
- Experimental Particle Physics Research Group
- Numerical Analysis and Scientific Computing
- Theoretical Particle Physics
- Geonium Chip Group
- Related research in our schools
News
See the latest Physical Sciences-related research news
Contact us
Research development enquiries:
researchexternal@sussex.ac.uk
Research impact enquiries:
rqi@sussex.ac.uk
Research governance enquiries:
rgoffice@sussex.ac.uk
Doctoral study enquiries:
doctoralschool@sussex.ac.uk
Undergraduate research enquiries:
undergraduate-research@sussex.ac.uk
General press enquiries:
press@sussex.ac.uk