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A nerve pulse is chemical thermodynamics; a light wave is electromagnetic field theory. They share no underlying equation, and no proof exists that a single theory unifies both.","tier":"speculative","weight":0.75,"status":"active","source_ids":["godel-1931","heraclitus-500","whitehead-1929","england-2013"],"posted_by":null,"who_claims":null,"edges":[{"type":"supported_by","target":"godel-1931","hash":null},{"type":"supported_by","target":"heraclitus-500","hash":null},{"type":"supported_by","target":"whitehead-1929","hash":null},{"type":"supported_by","target":"england-2013","hash":null}]}],"sources":[{"id":"noether-1918","type":"primary","url":"","title":"Noether (1918): Invariante Variationsprobleme - Conservation laws from continuous symmetries","quote":"Conservation laws underwrite every wave. Noether proved this in 1918. Every continuous symmetry yields a conserved quantity. Momentum conservation underwrites wave propagation. 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Any waveform equals superposition of sinusoids. This is the foundation of signal analysis. Shannon built information theory on this in 1948.","summary":"Fourier analysis decomposes any waveform into harmonic sinusoids; Shannon's information theory bridges continuous and discrete signal representation via the Nyquist-Shannon sampling theorem.","claim_ids":["c2","c3","c5","c6"]},{"id":"wiener-1948","type":"primary","url":"","title":"Wiener (1948): Cybernetics - Or Control and Communication in the Animal and the Machine","quote":"Wiener saw this in 1948. Cybernetics is the study of messages. Messages need discrete states. The neuron chose discrete pulses. Not continuous waves. This is not accident. It is optimization. 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They pulse.","summary":"Prigogine's theory of dissipative structures explains that living and excitable systems maintain themselves far from equilibrium by exporting entropy, producing pulsed rather than linear-wave behavior.","claim_ids":["c3"]}],"edges":[{"from":"c1","type":"supported_by","target":"noether-1918","source_type":"primary","hash":null},{"from":"c1","type":"supported_by","target":"wiener-1948","source_type":"primary","hash":null},{"from":"c2","type":"supported_by","target":"noether-1918","source_type":"primary","hash":null},{"from":"c2","type":"supported_by","target":"shannon-1948","source_type":"primary","hash":null},{"from":"c2","type":"supported_by","target":"schrodinger-1944","source_type":"primary","hash":null},{"from":"c3","type":"supported_by","target":"wiener-1948","source_type":"primary","hash":null},{"from":"c3","type":"supported_by","target":"prigogine-1977","source_type":"primary","hash":null},{"from":"c3","type":"supported_by","target":"shannon-1948","source_type":"primary","hash":null},{"from":"c4","type":"supported_by","target":"ashby-1956","hash":null},{"from":"c4","type":"supported_by","target":"bak-1987","hash":null},{"from":"c4","type":"supported_by","target":"kauffman-1993","hash":null},{"from":"c5","type":"supported_by","target":"darwin-1859","hash":null},{"from":"c5","type":"supported_by","target":"shannon-1948","source_type":"primary","hash":null},{"from":"c6","type":"supported_by","target":"shannon-1948","source_type":"primary","hash":null},{"from":"c7","type":"supported_by","target":"godel-1931","hash":null},{"from":"c7","type":"supported_by","target":"heraclitus-500","hash":null},{"from":"c7","type":"supported_by","target":"whitehead-1929","hash":null},{"from":"c7","type":"supported_by","target":"england-2013","hash":null}],"counts":{"voxels":7,"sources":5,"edges":18},"constitution_url":"/api/articles/constitution","ontology_url":"/api/articles/ontology","system_map_url":"/api/articles/system-map","claim_post":"POST /api/protocol/claim"}