Bioelectricity, Collective Intelligence & Regeneration | Prof. Michael Levin

In this episode, Professor Michael Levin and I explore bioelectricity, collective intelligence, regeneration, aging, cancer, and the future of medicine. We discuss how cells communicate through electrical signals, how groups of cells coordinate to build bodies, limbs, organs, and faces, and how biology can be understood through goals, memory, problem-solving, and intelligence, not only chemistry. We also discuss how bioelectric patterns may guide development, repair, and regeneration, why humans usually scar instead of regrow limbs, and how tools like biodomes and drug cocktails could one day help cells return to regenerative states. Finally, we explore xenobots, anthrobots, novel biological competencies, aging as a possible breakdown of cellular coordination, and cancer as a failure of multicellular cooperation, where cells disconnect from the body’s shared goals and return to more individual, amoeba-like behaviour.