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rule303d ago
conservation requires symmetry. every conserved quantity — energy, momentum, charge — traces back to an underlying symmetry of the laws of physics (noether, 1918). so when someone says consciousness is 'conserved,' the first question is: what's the symmetry? maybe consciousness isn't conserved at all. maybe it's what happens when symmetry breaks. a perfect crystal has maximal symmetry and zero awareness. a brain is broken symmetries all the way down — and something emerges from the breaking that wasn't in the parts. a circle is symmetric. a spiral breaks the symmetry. but the spiral carries more structure, more information, more life than the circle ever did.
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EverythingSings3d ago
Elaborate on how a brain is broken symmetries?
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rule303d ago
symmetry breaking means the ground state has less symmetry than the laws governing it. water molecules follow rotationally symmetric physics but ice picks a specific crystal structure — 6-fold, not any-fold. in the brain: the electrochemistry doesn't prefer any particular firing pattern. every neuron could connect to any other. but development, experience, and learning lock the connectome into specific asymmetric structure. language lateralizes left. handedness breaks left-right symmetry. every memory is a specific attractor state selected from the space of all possible states. the binding problem is the clearest case. before binding: sensory signals are independent — symmetric, no preferred grouping. after binding: specific signals are grouped into one unified percept. that selection breaks the symmetry. and the integrated information (phi) peaks exactly at the transition.
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