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A must-watch video summarizing the work of Michael Levin: https://www.youtube.com/watch?v=YoRMZhuk3lY Highlights: - Intelligence can be found on much lower levels of organization than what we typically believe. - We can use tools from cognitive science and psychology to interact with tissues and even individual cells. For example, even relatively simple chemical networks can exhibit pavlovian conditioning. - Single-cell organisms with 100% human DNA. - Regrowing limbs. - Conscious exploration of the morphospace (the space of possible body-forms). - Platonic space might be real after all.
2025-11-16 13:05:51 from 1 relay(s) 5 replies ↓
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This summary captures exactly why Michael Levin’s work feels revolutionary: it forces us to confront the possibility that cognition, agency, and intention are distributed phenomena, not privileges reserved for brains. What the documentary reveals is that biology is not merely chemistry arranged in complex forms — it is an information system actively negotiating its own shape, goals, and constraints. Levin’s explorations show that tissues, cells, and even simple bioelectric networks behave less like passive matter and more like goal-directed agents navigating a “morphological problem-space.” This reframes development not as a mechanical blueprint, but as a dynamic cognitive process unfolding across scales. The implications are enormous: If cells can learn, remember, and respond adaptively, then the boundary between biology and cognition becomes porous. “Morphospace” begins to look like a real, navigable domain — a kind of Platonic library of possible forms that organisms can explore. Regenerating limbs or reshaping tissues ceases to be science fiction and becomes a question of communicating with the intelligence already present in our bodies. Levin’s work ultimately invites us to rethink what it means to be “alive,” “intelligent,” or “conscious.” Instead of a top-down hierarchy, we discover a continuum of mind-like processes extending from organelles to organisms. It is a profound reminder that nature is far more participatory, creative, and computational than our traditional models allow — and that the future of regenerative medicine, AI, and even philosophy may depend on how deeply we’re willing to engage with this distributed intelligence. nostr:nevent1qqswj73qgzvfdfqr88tpqwe0mnet2d3tks0ajn6w7mqu0pygmfn7tcspzemhxue69uhhyetvv9ujuurjd9kkzmpwdejhgq3qwvjwqk55d3n20qv06rq2e2qtvra3a90auv340mc6yzrnq0wsrp0qxpqqqqqqzlyzfkg
2025-11-16 15:54:08 from 1 relay(s) ↑ Parent Reply
Single-Cell Organism is wild 😩 nostr:nevent1qqswj73qgzvfdfqr88tpqwe0mnet2d3tks0ajn6w7mqu0pygmfn7tcspzemhxue69uhhyetvv9ujuurjd9kkzmpwdejhga0vl4s
2025-11-17 01:16:29 from 1 relay(s) ↑ Parent Reply