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This restricted working research archive documents an ongoing, non-peer-reviewed investigation of the ordinary (non-logarithmically averaged) three-point Chowla correlation at shifts (0, 6, 42). The files preserve chronological research transcripts and exploratory computations concerning prime–cofactor decompositions, Möbius and Liouville signs, exact congruence and divisor-switching identities, singleton-fiber geometry, local parity models, and proposed signed Type-II estimates. The working record distinguishes elementary algebraic identities and finite numerical checks from conditional analytical arguments and estimates still requiring proof. Recent continuation notes concern a proposed high-q singleton and long-fiber reduction; these claims have not been independently certified in this deposit package. The central sign-sensitive transfer from the actual prime selector to an analytically controllable signed model remains unresolved. No proof of the ordinary three-point Chowla conjecture, no independent certification of all intermediate claims, and no peer-review endorsement are asserted. Files are restricted; access, reuse, and redistribution require the rights holder’s prior written permission, subject to applicable law. RESTRICTED RESEARCH MATERIAL — RIGHTS STATEMENT All rights reserved — restricted research material. Copyright © 2026 Alexanja Senke. No license to copy, modify, distribute, publish, or commercially reuse the restricted files is granted without prior written permission from the rights holder, except as permitted by applicable law. Zenodo record metadata remains publicly accessible and is governed by Zenodo metadata terms. No Creative Commons or open-source license is granted for the files in this package.Permission requests must be decided by the rights holder.All names, logos, and third-party quotations, if present in historical source documents, remain subject to their respective rights.This statement does not purport to override statutory exceptions or Zenodo's terms governing public record metadata.
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Alexanja Senke (2026) studied this question.
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