2021: Michael Levin: Where does cognition come from (Podcast: The Vance Crowe Podcast | Nov. 8, 2021)
2021: Erik Hoel with Kevin Mitchell: Agency, Emergence, Consciousness (Podcast: Brain Inspired | Jul. 27, 2021)
2021: Mind Everywhere (Podcast: Many Minds | Jul. 21, 2021)
2021: Mouse on a hill: The structure and function of agency (Podcast: Big Biology | Jun. 3, 2021)
2021: Our Body is a Collection of Intelligent Organisms (Podcast: Bold Conjectures with Paras Chopra | May 25, 2021)
2021: Michael Levin on Growth, Form, Information, and the Self (Podcast: Sean Carroll’s Mindscape Podcast | Feb. 1, 2021)
2020: The Future of Regeneration, Biology, and Anatomical Compilers (Podcast: Build the Future | Dec. 2020)
2020: The Software of Cell Signaling: Michael Levin Researches How Cells Build Anatomies (Podcast: Finding Genius Podcast | Nov. 17, 2020)
2020: Bio-Electricity For Regeneration and Cancer Control (Podcast and video: ideaXme | Jul. 22, 2020)
iHeartRadio | ideaXme| YouTube
2020: Michael Levin: The electrical blueprints that orchestrate life (TED Talks | June 2020)
2020: Picasso Tadpoles: Michael Levin on the ‘Dark Matter’ of Biology (Podcast: Evolution 2.0 | Apr. 10, 2020)
2020: Bioelectric Computation (Podcast: Big Biology | Apr. 2, 2020)
2020: Xenobots: AI Enabled First Living Robots (Podcast: Science Rehashed | Mar. 4, 2020)
2020: ‘Xenobot’ Soft Robotics With Michael Levin (Soft Robotics Podcast | Feb. 20, 2020)
2019: Inspiring New Machine Learning Platforms with Bioelectric Computation with Michael Levin (TWiML & AI | Jul. 15, 2019)
2020: Is DNA Hardware or Software? (Grow by Ginkgo | Jun. 29, 2020)
2020: American Institute of Physics, Oral History Interview [American Institute of Physics (AIP) | Jun. 20, 2020]
2022: Understanding the Collective Intelligence of Cells (Distinguished Lecture Series, University of Sydney | Mar. 3, 2022)
2022: IPAM conference on Collective Intelligence: “Plasticity without genetic change: bioelectric embryos & synthetic proto-organisms” [Institute for Pure & Applied Mathematics (IPAM) | Feb. 17, 2022]
2021: BBI International Webinar Series – Professor Michael Levin (Bristol BioDesign Institute | Dec. 9, 2021)
2021: UCF Center for Ethics, “Synthetic Living Organisms: Heralds of a Revolution in Technology & Ethics” (UCF College of Arts & Humanities | Nov. 2, 2021)
2021: Ellison Institute Insights Forum panel discussion: information and cancer (Ellison Institute | Oct. 21, 2021)
2021: Michael Levin: Bioelectric Networks Instruct Growth and Form: from pre-neural circuits to electroceuticals (University of Manchester Podcast | Oct. 11, 2021)
2021: Computationally Designed Organisms With Josh Bongard & Michael Levin (IEEE Soft Robotics Podcast | May 22, 2021)
2021: Bioelectricity talk at the Institut Curie (“Biolelectric networks as determinants of biological growth and form: from pre-neural circuits to electroceuticals”) (April 2021)
2020: Michael Levin – Can Organismal Pattern Homeostasis Suppress Cancer? (Cancer & Evolution Symposium | October 16, 2020)
2020: Keynote, Artificial Life 2020 Conference (August 2020)
2020: Endogenous Bioelectric Networks & Regenerative Medicine (Osher Center for Integrative Medicine – Grand Rounds)
2019: Taming Decision-Making by Cells and Organs: New Vistas for Regenerative Medicine and Artificial Intelligence‘ (Keynote address at Tufts University’s Parents and Family Weekend | October 25-26, 2019)
2019: CHArT Talks: Endogenous bioelectric networks enable cell cooperation toward building anatomies
2018: What Bodies Think About: Bioelectric Computation Outside the Nervous System
[Talk presented at NeurIPS 2018 (Montréal, Québec, Canada)]
2017: Bioelectric Regulation of Regeneration (Interview with Dr. Michael Levin)
2017: Allen Frontiers Symposium (2017): ‘Reading and Writing the Morphogenetic Code’
2013: Bioelectricity in cancer
2011: Endogenous bioelectrical signals in development, regeneration, and neoplasm; in Topical Talks: The Biomedical & Life Sciences Collection, Henry Stewart Talks Ltd, London. (Levin, M.)
2011: Left-Right Asymmetry in Embryonic Development: How epigenetic, biophysical forces and gene activity interplay to determine a major embryonic axis; in Topical Talks: The Biomedical & Life Sciences Collection, Henry Stewart Talks Ltd, London. (Levin, M.)
