This is a ~1 hr10min talk I gave at a conference on modeling aspects of neuroscience. The talk is about the inverse idea - how tools and concepts from neuroscience apply far beyond neurons and brains, and can help understand a lot of biology across development, evolution, and diverse intelligence. I talked about what the symmetry between cognitive science and the study of morphogenesis means for biomedicine and for some questions in behavioral/cognitive science.
This episode explores how bioelectricity serves as a link between physics, biology, and cognition, highlighting its role in understanding complex biological processes.
The episode explores intrinsic motivation in biological, artificial, and hybrid systems, discussing how these systems develop self-driven behaviors and the implications for research and engineering.
Michael Levin discusses the concept of agential materials and explores how recognizing and communicating with these materials challenges traditional views of mind and agency.
Exploring the unseen forces of life, cognition, and emergence — with Professor Michael Levin. Conversations on morphogenesis, bioelectricity, synthetic biology, and the nature of intelligence.
