Professor Freeman Dyson FRS
Freeman Dyson is a theoretical physicist who has made pioneering contributions to his field without respite for the past eight decades. Amongst his most significant achievements as a young researcher was the demonstration that separate formulations of quantum electrodynamics — the physical theory explaining the interaction of charged particles — were in fact identical.
Always keen to explore the practical applications of his research, Freeman was a leading figure in early nuclear reactor design and has written extensively about the potential for the colonisation of space. An accomplished mathematician, he has conducted valuable research in areas as diverse as topology and number theory, and recently published an important new analysis on the prisoner’s dilemma.
One of the most distinguished physicists of our time, Freeman has been awarded 21 honorary doctorates and numerous awards, including the prestigious Wolf Prize for Physics and the Henri Poincaré Prize for contributions to mathematical physics. He is also a successful communicator of science, having written numerous popular scientific articles for newspapers and magazines.
For his distinguished fundamental work in theoretical physics, and especially on quantum electrodynamics.
In the field of physics for their outstanding contributions to theoretical physics, especially in the development and application of the quantum theory of fields.