This chapter explores the intriguing phenomenon of limb regeneration in species such as octopuses and axolotls, tying it to advancements in regenerative medicine. It also investigates cellular communication and cognitive analogies within biological systems, while critiquing the gene-centric view of evolution. The discussion further touches on the free energy principle in neuroscience, emphasizing the need for comprehensive theories to better understand complex biological interactions.
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Philip Ball is an award-winning science writer who has penned over 30 books on a dizzying variety of subjects. Holding degrees in chemistry from Oxford and physics from the University of Bristol, Ball's multidisciplinary background underpins his versatility. As a former editor at Nature for two decades and a regular contributor to a range of publications and broadcast outlets, Ball's work exemplifies the rare combination of scientific depth and accessibility, cementing his reputation as a premier science communicator.
Tyler and Philip discuss how well scientists have stood up to power historically, the problematic pressures scientists feel within academia today, artificial wombs and the fertility crisis, the price of invisibility, the terrifying nature of outer space and Gothic cathedrals, the role Christianity played in the Scientific Revolution, what current myths may stick around forever, whether cells can be thought of as doing computation, the limitations of The Selfish Gene, whether the free energy principle can be usefully applied, the problem of microplastics gathering in testicles and other places, progress in science, his favorite science fiction, how to follow in his footsteps, and more.
Read a full transcript enhanced with helpful links, or watch the full video.
Recorded May 22nd, 2024.
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