What could inspire the next generation of scientists?
|
|
|
This email is being sent to all University of Sussex staff. |
|
|
|
|
Wednesday 16 September 2026
|
|
|
|
Sussex data science partnership aims to speed uppharmaceutical development |
|
|
Sussex researchers are bringing data science expertise to a new partnership aimed at helping pharmaceutical developers make better use of information generated during drug development.
The £375,000 Knowledge Transfer Partnership with Custom Pharmaceuticals will use advanced data analytics and predictive modelling to develop new ways of analysing information from early-stage pharmaceutical development. |
|
|
Drug development generates large amounts of data about formulations, testing and manufacturing processes, but this information can sit across different projects and systems, making useful patterns difficult to spot.
Project lead Dr Marianna Cerasuolo, Reader in Numerical Analysis and Scientific Computation at the University of Sussex, and academic supervisor Dr Ivor Simpson, Associate Professor in Artificial Intelligence, will help develop tools to identify potential development risks earlier, reduce unnecessary experiments and support more informed decisions about which approaches to pursue.
Dr Cerasuolo said: “Pharmaceutical development generates a large amount of data, but its full potential is not always realised. Our aim is to bring together our expertise in data science, AI and mathematical modelling to find patterns that would otherwise be difficult to see. By learning more from existing data, we will help Custom Pharmaceuticals to identify potential problems earlier, make better-informed decisions, and focus time and resources on the most promising approaches.”
The project could ultimately help promising medicines progress more efficiently towards clinical evaluation. |
|
|
Sussex quantum pioneer inspires next generation of scientists |
|
|
Professor Winfried Hensinger, quantum scientist at the University of Sussex, has a dedicated chapter in Scientists Making a Difference, a new book published on Thursday 10 September to inspire young people to explore careers in science.
Every state-funded secondary school in the UK will receive two free copies of the book, alongside a school kit with lesson plans and teaching resources.
|
|
|
Professor Hensinger’s chapter explores his work at Sussex developing and building practical quantum computers.
Unlike classical computers, quantum computers use quantum bits, or qubits, to tackle calculations beyond the practical reach of classical computers. Professor Hensinger, Director of the Sussex Centre for Quantum Technologies, and his team have developed a modular approach that links separate quantum computing chips and transports ions between them at record speed, opening the possibility of machines containing millions of qubits. This could allow quantum computers to solve in minutes calculations that could take classical computers hundreds of years.
If successfully scaled up, quantum computers could help reduce the time and cost of developing new medicines, support faster medical diagnosis and even help make aircraft engines more fuel efficient.
Watch this video to step inside the quantum lab and hear Professor Hensinger reflect on Sussex’s world-leading achievements while explaining just how far the technology could take us. |
|
|