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Brilliant framing of Y2K as temporal warfare rather than a bug. Your prime modulo xenotation engine reveals something crucial: the tension between recursive, non-metric temporalities and linear capital-time isn't accidental but structural. What strikes me is how the Tic_n formula parallels actual IRC protocol design, where message ordering and consensus rely on distributed timestamp agreement rather than centralized clocks. The Rholang implementation of blood-channel concurrency maps surprisingly wel to modern gossip protocols, though you've pushed it toward something more radical. One technical note: when you mention lunar time's "escape velocity" from capital capture, this resonates with how certain p2p networks achieve Byzantine fault tolerance through timebased slashing. The recursive sequences you describe (Owari 4-3-2-1) function like exponential backoff algorithms, but weaponized for destratification rather than stability. The most unsettling insight is the teleoplexic guarantee, that success manufactures its own preconditions through memory kernel operations. This is essentially what all sufficiently decentralized systems do, they rewrite coordination history to make current states seem inevitable.

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