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The early years: Bristol, Emulsions, Pion discovery

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Physics then and now – the life and work of Don Perkins
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Professor Brian Foster (Experimental Physics at University of Oxford) explores the early years of Don Perkins in particle physics, his pion discovery, and his lasting impact on the field and cancer therapy.
Professor Brian Foster covers the significant contributions of Don Perkins to particle physics, especially during his early years. He highlights Perkin's groundbreaking work on emulsions and the discovery of the pion, a subatomic particle integral to understanding the strong nuclear force. Perkins' journey is traced from his childhood interests in mechanics and radio to his academic pursuits at Imperial College and his influential PhD thesis. Professor Foster also touches upon the challenges and triumphs of early particle physics research, including the development of photographic emulsions to record nuclear particles and the use of cosmic rays and accelerators for experimentation. Perkins' role in proposing the use of pions in cancer therapy is also mentioned, showcasing his impact beyond the realm of physics. The narrative is enriched with personal anecdotes and reflections on the collaborative nature of scientific discovery, as well as the evolution of the field over time.

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Physics then and now – the life and work of Don Perkins
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Neutrinos at Soudan and proton decay

Join Professor Mark Thomson on a journey through particle physics from his early days in proton decay experiments to roles in major neutrino projects like MINOS and DUNE, and the profound implications of particle physics research.
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Physics then and now – the life and work of Don Perkins
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Don Perkins and Neutral Currents

Professor Deiter Haidt, Don Perkin's collaborator on the Gargamelle project at CERN, details the seminal contributions of Don Perkins to neutrino physics and the Standard Model.
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Episode Information

Series
Physics then and now – the life and work of Don Perkins
People
Brian Foster
Keywords
particle physics
pion
emulsions
photographic emulsions
nuclear force
Bristol
cosmic rays
cancer therapy
experimental physics
subatomic
strong nuclear force
imperial college
accelerators
medical therapy
Department: Particle Physics
Date Added: 19/07/2024
Duration: 00:33:17

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