Ep. 244: In Memoriam - Professor Ian Shipsey on How Physics Can Change the World
Nov 29, 2024
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In this heartfelt discussion, Ian Shipsey, a leading particle physicist and Head of Physics at Oxford University, shares his passion for science and advocacy for accessibility. He explores how physics can combat climate change, focusing on renewable energy innovations like perovskite solar cells. Shipsey also dives into the potential of nuclear fusion and the groundbreaking world of quantum computing. His insights into innovative education initiatives at Oxford highlight the importance of inspiring the next generation of scientists.
Professor Ian Shipsey's groundbreaking work in particle physics contributed significantly to our understanding of subatomic particles and the Higgs boson.
His advocacy for accessibility in science highlighted the importance of supporting disabled students, demonstrating his commitment to inclusivity in academia.
Shipsey emphasized the role of physics in addressing climate change by developing advanced models to inform policy and mitigate carbon emissions.
Deep dives
Legacy of Professor Ian Shipsey
Professor Ian Shipsey, a prominent particle physicist and head of physics at Oxford University, made significant contributions to our understanding of subatomic particles and the Higgs boson. His election as a fellow of the Royal Society in 2022 highlighted the impact of his research and advocacy in the physics community. Shipsey, who became profoundly deaf in 1989, was a passionate advocate for accessibility in science, especially for disabled students, leaving behind a lasting legacy. His unique experiences, such as those captured in his videos explaining the physics of cochlear implants, resonated with thousands, showcasing his determination and commitment to science despite personal challenges.
The Journey to Physics
Shipsey's journey into physics began at a young age, inspired by the beauty of the night sky during family trips to the coast. A school competition where he showcased his fascination with astronomy significantly boosted his interest and popularity. This early passion solidified Shipsey's desire to explore the fundamental laws of nature, leading him to study physics and mathematics at university. His quest for knowledge ultimately took him to institutions like CERN, where he embarked on a career dedicated to unraveling the mysteries of particle physics.
Overcoming Hearing Loss
Professor Shipsey faced a profound challenge when he lost his hearing due to a medical condition related to leukemia in his 20s. Despite this significant setback, he found that success in physics rested on ideas rather than auditory communication. His ability to communicate complex concepts through writing and collaboration with colleagues allowed him to continue thriving in a demanding academic environment. Ultimately, the support from the physics community and the development of cochlear implants enabled him to regain hearing, profoundly impacting his personal life by allowing him to hear his family for the first time.
Oxford's Physics Program and Initiatives
At Oxford University, Shipsey emphasized the department's strength in diversity and the breadth of expertise, contributing to its reputation as a leading physics institution. Following the discovery of the Higgs boson, interest in Oxford grew, attracting talented physicists across various disciplines. The establishment of ambitious projects, such as a new building designed for quiet and precision experiments, showcased the department's commitment to advancing scientific research. Additionally, initiatives like COMPOS aim to educate and nurture high school students passionate about mathematics and physics, providing a rigorous online program that greatly enhances their confidence and prepares them for future STEM fields.
Climate Change and Modelling
Addressing the urgent issue of climate change, Shipsey underscored the unique approach taken in physics to understand environmental challenges through fundamental equations. The Oxford physics department not only tackles the science behind climate change but also aims to provide solutions and inform policy approaches. The advancement of climate models, using high-performance computing, allows scientists to make accurate predictions regarding extreme weather events and their links to climate changes. Shipsey warned against simplistic views of climate solutions and stressed the global responsibility to mitigate carbon emissions for the future of the planet.
In late September, I had the honour of recording a conversation with the late Professor Ian Shipsey, Head of Physics at Oxford University. Tragically, Professor Shipsey passed away shortly after our discussion. We are releasing this episode as a tribute to his remarkable contributions.
Professor Shipsey was one of the leading particle physicists of his generation and was Head of Physics at Oxford from 2018 until his passing. His groundbreaking work ranged from studying subatomic particles to advancing our understanding of the Higgs boson, discovered at CERN in 2012. In recognition of his extraordinary contributions, he was elected a Fellow of the Royal Society in 2022.
In this podcast, we discussed climate change and renewable energy, quantum computing, and how physics can change the world around us.
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