Thoughtforms Life Intrinsic Motivation in Evolved, Engineered, and Hybrid Systems
Sep 20, 2025
Explore the fascinating world of intrinsic motivation in biological and engineered systems. The discussion navigates the continuum from rewiring systems to those that respond to social cues. Discover how morphogenesis acts as collective problem-solving and how agency exists at the molecular level. Delve into how regeneration connects with goal-directed behavior and the ethical stakes of creating hybrid beings. The introduction of xenobots reveals surprising self-organization and motivation, while the implications for AI and evolving technologies spark thought-provoking questions.
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Wasps Hack Plant Morphogenesis
- Insects can induce plant cells to build galls by depositing signals that push the plant into new morphospace.
- The genome encodes hardware; signals motivate tissues to explore different latent shapes.
Bioelectric Eye Induction
- Injected bioelectric signals turned gut-region frog cells into functioning eyes that recruit neighbors to build the organ.
- Cells resist abnormal states, so successful reprogramming requires convincing collective dynamics.
Prepare For Novel Hybrids
- Novel hybrid beings will emerge without evolutionary histories, so we must predict their motivations and persuadability.
- Ethical relations to hybrids require understanding their motivational profiles, not binary labels.
