Tuesday 13th January 2026, 6.30pm, Sibson Lecture Theatre 3
Daniel Doherty (University of Surrey)
When one first thinks of nuclear physics research, we might imagine trying to solve problems related with building the next generation of reactors or, especially if you watched Oppenheimer, work related to weapons research. However, here we will focus on the nuclear physics is at the heart of some of the most awe-inspiring processes in the universe. From the fusion reactions that power stars to the cataclysmic explosions of supernovae, nuclear astrophysics helps us understand how elements are forged and how the universe has evolved.
We will discuss how experiments on Earth—using particle accelerators and state-of-the-art detector technology —complement astronomical observations, bringing us closer to answering fundamental questions about the origins of matter and the forces that bind protons and neutrons together. I also want to discuss how this ‘blue sky’ type research has led to groundbreaking applications, including nuclear energy, medical imaging, and the quest for fusion power.
About the speaker
Professor Doherty is an experimental nuclear physicist and associate head of school at the University of Surrey. His research spans nuclear structure and nuclear astrophysics as well as nuclear applications related to medical physics. He performs experiments at accelerator laboratories around the world.
The talk is free and open to all. Doors open about half an hour before the talk begins.
For directions to the lecture theatre, see here.