30Nov 2025 by Post

From an Eagle’s Egg, an Eagle, and Other Mysteries

ascidian eggs, asymmetry, autonomy, biology, cell division, chromosomes, cytoplasm, eagle, ectoplasm, eggs, embryo, equifinality, equipotentiality, fertilization, frog, Hans Driesch, human egg, icons, induction, iron bar, iron filings, lancet, micropipette, morphogenesis, needle, Pavel Florenskij, physicists, regional specification, Reproductive Science, sea urchin, spatial organization, Styela, thread, totipotentiality, Wilhelm Roux, __featured1
Pavel Florenskij, a Russian physicist and theologian (1882-1937), imagined a field on the surfaces of icons that portray sacred images. Source
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28Feb 2025 by Post

Biologist Michael Levin: A Farewell to Physicalism

Andreas Wagner, biology, Daniel Dennett, David Deutsch, Discovery Institute, DNA, emergence, Engineering, environment, Evolution, flatworms, frogs, George F. R. Ellis, Günter Bechly, Harvard University, Life Sciences, material world, materialism, mathematics, Max Tegmark, Michael Levin, morphogenesis, mysterian, mysticism, naturalism, numerosity, philosophies, physical world, planarian flatworms, Platonism, Platonists, preprint, Richard Sternberg, Roger Penrose, spooky, Stanford Encyclopedia of Philosophy, teleology, Tufts University, University of Zurich, Werner Heisenberg
Levin proposes a “radical Platonist view in which some of the causal input into mind and life originates outside the physical world.” Source
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19Oct 2020 by Post

Morphogenesis: Coding for Shape

3-D printing, Allen Discovery Center, amoeba, anatomy, beetles, biological revolution, biological shapes, brachiosaurs, chick, crabs, Darwinism, Douglas Axe, embryonic development, Engineering, eukaryotes, Evolution, functional whole, Harvard University, Hydra, Illustra Media, information, Information Technology, Intelligent Design, liver, liver enzymes, Michael Levin, morphogenesis, octopuses, paramecium, planaria, rotifers, sequoias, Stentor, Terminator 2, The Scientist, Tufts University, Undeniable, Wyss Institute
How do you get a 3-D shape from a linear code? That is the puzzle of morphogenesis. Source
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