Michael Levin discusses how bioelectric signals organize cellular collective intelligence and morphogenesis, implications for diverse forms of cognition, plant and AI goals, and applications to cancer and regenerative medicine.
Michael Levin's talks
Michael Levin gives a 1-hour lecture on bioelectricity for parasitology and immunology researchers, covering anatomical goals and morphospace, bioelectric pattern control, regeneration, bioelectric medicine, and links between self, cancer, and bioelectricity.
Michael Levin's talks
Michael Levin presents bioelectricity as the software of life, describing how cell networks store anatomical memories, guide regeneration, influence cancer, and enable technologies like xenobots, with implications for intelligence, morphogenesis, and ethics.
Michael Levin's talks
In this lecture, Michael Levin explores how bioelectric signals coordinate cellular swarms and contribute to collective intelligence beyond traditional neuron-based neuroscience.
Michael Levin's talks
Michael Levin explains how bioelectric networks underlie morphogenesis and regenerative capacity, proposing them as an interface to somatic intelligence for future regenerative therapies and control of body patterning.
Michael Levin's talks
Mike Levin discusses cancer as a breakdown of multicellularity and morphological intelligence, explaining how bioelectrical signals guide patterning, regeneration, and tumor formation, and how modulating these signals might normalize cancer.
Michael Levin's talks
Michael Levin discusses implications of his work for understanding consciousness beyond brains, drawing on TAME, morphogenesis as problem solving, bioelectric control of form, xenobots, and the ethical questions raised by future minds.
Michael Levin's talks
A University of Hertfordshire talk explores collective intelligence in cellular morphogenesis, followed by Q&A on genetics vs bioelectricity, holography and memory, and how affect relates to morphospace.
Michael Levin's talks
A talk at Robosoft 2023 explores how biological systems can reconfigure themselves through morphogenesis, highlighting research on Xenobots and the concept of multi-scale minds.
Michael Levin's talks
Episode examines how living agential materials and bioelectric networks let cells compute and self-organize, discussing anatomical compilers, xenobots, kinematic self-replication, and implications for morphogenesis, future biomedicine, and bioethics.
Michael Levin's talks
Talk explores bioelectric collective intelligence in living systems as inspiration for AI, covering biological gradient descent, parallels with multi-agent reinforcement learning, and questions about the nature and ubiquity of intelligence.
Michael Levin's talks
This talk explores how bioelectric networks coordinate morphogenesis and homeostasis, presenting an anatomical compiler vision, organ and body reprogramming, and xenobots to illustrate new biomedical and evolutionary implications.
Michael Levin's talks
