

Sir Paul Nurse
British biochemist and Nobel laureate. Known for research on cell cycle regulation and past president of Rockefeller University.
Top 3 podcasts with Sir Paul Nurse
Ranked by the Snipd community

81 snips
Nov 21, 2024 • 54min
AI for Science with Sir Paul Nurse, Demis Hassabis, Jennifer Doudna, and John Jumper
In this enlightening conversation, Demis Hassabis, CEO of DeepMind and a pioneer of AI, joins Nobel laureates Sir Paul Nurse, Jennifer Doudna, and John Jumper. They discuss transformative AI technologies like AlphaFold and CRISPR, emphasizing AI's role in revolutionizing scientific discovery. The panel addresses the importance of human creativity and interdisciplinary collaboration in research, while reflecting on the societal implications of advanced AI. A $20 million funding initiative to foster these collaborations is also unveiled, highlighting the future of science.

28 snips
Jan 23, 2025 • 51min
132. Why Britain Isn’t A “Science Superpower”
In a compelling discussion, Sir Paul Nurse, a Nobel Prize-winning biochemist and director of the Francis Crick Institute, unpacks the UK’s scientific landscape. He critiques the country’s struggles to attract talent, hindered by high visa costs and poor funding support. Nurse contrasts the UK's pure discovery strengths with its failures in commercial application, while advocating for systemic reforms. He also shares a heartfelt personal journey about discovering his biological roots and reflects on the interplay between AI and human creativity in advancing science.

22 snips
Sep 12, 2025 • 51min
What is life? A Nobel Prize-winning scientist answers | Paul Nurse Full Interview
In this enlightening conversation, Paul Nurse, a British biochemist and Nobel Prize winner, explores the essence of life. He discusses the critical role of cells as the foundation of living organisms and highlights our surprising genetic connections to yeast. Nurse dives into cell division’s significance and the impact of natural selection on evolution. He emphasizes our shared responsibility to care for all living beings, concluding that life is a complex interplay of chemistry and information.