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You are deflecting away from the implications….If anything, CST and hypergraph models strengthen the point: they both quantize time. Once time is discrete, the entire ontology of quantum computation breaks. Discrete time means: - no ∂ψ/∂t → Schrödinger’s equation fails -no continuous unitary evolution → Hamiltonians can’t generate gates -no coherence across ticks → superposition becomes impossible -no substrate for phase evolution → Shor’s algorithm cannot run CST and hypergraphs don’t rescue quantum computing, they expose the contradiction it depends on. Yet you stand with confidence that quantum computing (in its current form is inevitable) If time is quantized, the mathematical and physical foundations of QC disappear. Bitcoin simply demonstrates this discretization in practice, which is why invoking CST or hypergraphs only reinforces my argument. Bitcoin is the working instantiation of what CST and hypergraph theories are still trying to formalize. The irony is that Satoshi solved the hard part in 2009 and almost no one has realized it.