UK Quantum Research Team Gains Access to Google's Willow Processor
A new collaboration aims to unlock quantum computing's potential for understanding fundamental processes—from photosynthesis to drug discovery.
"We are over the moon at working once again with our collaborators at Google, this time on pushing the limits of where quantum computers could exceed the capabilities of classical computers." — Dr Eleanor Crane
The Research Initiative
A team led by Dr Eleanor Crane from King's College London's Department of Physics has been granted access to Google's Willow quantum processor. The research will be co-led by Dr Alexander Schuckert from ENS Paris.
The initiative is a collaboration between the National Quantum Computing Centre (NQCC) and Google Quantum AI, launched in December 2025.
What They Will Study
The team will explore a mathematical analogy for neurons in the brain to study interacting quantum systems. This novel approach could help lay the foundation for using quantum computers to understand fundamental processes that are currently impossible to simulate with classical computers.
These processes include:
- Photosynthesis
- Electricity transport in materials
- Molecular interactions
The ultimate goal is to enable breakthroughs that could lead to better solar cells, improved energy grid systems, and faster drug discovery.
The Willow Processor Advantage
The Willow processor is recognized for significant advances in quantum error correction on large-scale quantum computers. This capability is crucial for tackling problems where quantum mechanical effects are central but difficult to model.
Collaborative Effort
The team will also collaborate with Dr Christopher Timmermann from the UCL Center for Consciousness Research, broadening the interdisciplinary scope of the project.
Key Voices
"This initiative reflects the UK's commitment to fostering world-class quantum research and enabling researchers to access advanced quantum computing capabilities." — Dr Michael Cuthbert, Director at NQCC
"We see tremendous potential in quantum computing as a new tool to help scientists make advances across a variety of fields." — Charina Chou, COO of Google Quantum AI