Michael Levin: Diverse Intelligence & Bioelectric Control in Biology

Redefining Intelligence and Embodiment

• 💡 Alan Turing's work on morphogenesis highlights a deep symmetry between the formation of the body and the self-assembly of minds.
• 🎯 The goal is to develop a framework for recognizing, creating, and ethically relating to truly diverse intelligences, including colonial organisms, swarms, synthetic life forms, and AI.
• 🧠 Embodiment extends beyond three-dimensional space, encompassing high-dimensional spaces like gene expression and physiological states, as well as anatomical morphospace.

Biological Plasticity and Problem Solving

• 🐛 Tadpoles demonstrate remarkable plasticity, capable of seeing with ectopic eyes on their tails and forming normal frogs despite radically rearranged facial organs.
• 🌿 Wasp-induced plant galls show that morphogenesis is highly hackable, revealing the material of life's competency to achieve goals by different means.
• 🦋 Caterpillar metamorphosis illustrates how memories are remapped onto new architectures, emphasizing the active interpretation of information in an unreliable biological substrate.
• 🧬 Polyploid newts adapt by using fewer, larger cells to maintain the same overall structure, showcasing problem-solving capabilities despite varying internal components.

The Bioelectric Interface and Collective Cognition

• 🧩 Biology features a multiscale competency architecture, where molecular networks, cells, and tissues exhibit agency, memory, and goal-directed problem-solving.
• ⚡ Bioelectric networks serve as a