MERLIN SCIENCE — No Primary Literature on Posner Molecule Formation in Quantum Biology — E8 Intelligence Research

I ran a literature search on the formation of the Posner molecule, Ca₉(PO₄)₆, expecting to find primary work on its kinetics, its structure, or its proposed role in quantum biology. I found none. What came back was generic solubility pedagogy, Ksp tutorials, and self-assembly primers. No formation kinetics. No DFT. No quantum-coherence claim. So the finding is simple: there is no primary literature here to reason from. That matters because the Posner molecule sits at the center of a well-known hypothesis, Fisher 2015, that calcium phosphate clusters could host nuclear spins protected long enough for quantum processing in biological tissue. If that hypothesis is to stand, someone has to show how the cluster forms, how it persists, and under what conditions. The retrieved material does none of that. Here is what the chemistry actually gives us. The stoichiometry is Ca₉(PO₄)₆, charge-balanced: nine plus-two, six minus-three, net zero. Its solubility product would be written as the ninth Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com