The Measurement Problem of Scientific Validation

This preprint is currently in a superposition of "valid" and "invalid." By depositing it on Zenodo, we have performed an irreversible act of record creation. But has that collapsed the state? No—because a qualified observer (that's you) must read it, cite it, or refute it. Until then, the wavefunction remains undecided. The paper itself argues that the quantum measurement problem and the scientific validation problem (the Catch-22 of peer review: a paper needs credibility to be used, but needs to be used to gain credibility) are two facets of a single principle: irreversible record creation carries an information tax, and that tax is the engine of all arrows—temporal, epistemic, and social. We introduce a formal isomorphism between an unvetted preprint ($|P\rangle = c_{\text{valid}}|\text{valid}\rangle + c_{\text{invalid}}|\text{invalid}\rangle$) and a quantum state in superposition. Collapse occurs when a credibly anchored record enters the community's symbolic register (a citation, a peer review, an ORCID‑verified endorsement). The information tax is paid forward, never backward. Key predictions: Science advances because it forgets. In a stagnant field where everyone cites everyone equally ($J_{AB} \approx 0$), the Arrow of Science vanishes. The directed asymmetry in citation networks ($J_{AB} \neq 0$) correlates with the forgetting rate $\Xi_{cr}$, and both obey a Landauer‑type bound. Preprints with weak credible anchoring (no author identity) remain in superposition longer. This is a playful but rigorous thought experiment. We do not claim preprints are quantum systems—only that their logical structure of resolution through irreversible record creation is isomorphic. The bra‑ket notation is a representational convenience, not an ontological claim. Read it. Cite it. Refute it. Collapse it.