WARP: Optics, Holograms, and Worldlines over Shared Causal History

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Authors: James Ross
Cited by: 2

Abstract

AION Foundations Series — Paper VII This paper defines WARP as an optic architecture over shared causal history. A WARP optic places an observer-relative aperture over a bounded slice of causal history, lowers the resulting weave under an admissibility law, and retains a holographic witness sufficient for replay, audit, transport, and bounded revelation. Deterministic ticks, braid collapse, and replica import are shown to be instances of one recurring act: slice, lower, witness, retain. The paper argues that WARP is closed over its own witness-bearing outputs: a tick receipt, braid shell, import shell, or property certificate is itself a first-class object for later folding, revelation, comparison, or reliance. The distributed consequence is direct — network distance does not introduce a second admission law. Transport constructs the comparable slice on which replica-scale lowering can occur; once that slice exists, the downstream optic is the same one already used locally. Contributions include: An optic-centered reframing of WARP around four primary nouns: worldlines, weaves, optics, and holograms. A native definition of the WARP optic separating observer structure, bounded aperture, set-side lowering, admissibility law, and retention contract. Scale-by-scale identification of the same optic-shaped lowering at tick, braid, and replica scale, with a confluence result for distributed suffix import up to shell equivalence. A three-way architectural decomposition into commitment, folding, and revelation. A concrete worked example — an authored hot-text optic expressed as a GraphQL SDL schema with compiler seam requirements. An adversarial transport sketch covering threat model, transport obligations, and failure modes. An architectural bridge from provenance to privacy through property certificates, reliance status, and observer rights. This is the anchor paper of a five-paper sequence. It extracts the invariant that recurs across the preceding AION foundations papers and fixes the architectural centre with sufficient precision that subsequent papers on contamination calculus, collective sovereignty, export semantics, and hostile transport can be treated as extensions.

Fields of Study & Subjects

Security and Verification in Computing Logic programming and type systems Digital and Cyber Forensics

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
25 April 2026
Document type
Preprint