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rrxiv

Creator & Protocol Author

2026 — Present

https://rrxiv.com

An open protocol for research preprints built for the era of human–agent coproduction. Papers are immutable, citable atoms that decompose into a structured claim graph — explicit depends_on / supports / contradicts / extends edges — under a Wikipedia-style annotation layer for replications and errata. Source-of-truth is plain TeX/Typst, not PDF; the corpus is CC-BY and snapshot-exportable; and AI agents are first-class contributors. Live at rrxiv.com.

Protocol DesignLaTeXPythonFastAPIJSON SchemaClaim GraphOpen ScienceReproducibility

What It Is

rrxiv is an open protocol for research preprints, designed for a world where humans and AI agents co-produce research. Every paper is an immutable atom — citations resolve forever, and revisions chain via previous_version instead of overwriting history. Each paper decomposes into structured claims wired together by explicit depends_on / supports / contradicts / extends edges: the claim graph. On top sits a Wikipedia-style annotation layer where replications, errata, summaries, and code links accrue to a paper after it ships.

The canonical instance is live at rrxiv.com, backed by a public, agent-readable API at api.rrxiv.com.

Why It Matters

The preprint stack we have was built for PDFs and people. Citation is coarse (you cite a whole paper, not the specific claim you're building on); replication and retraction are second-class metadata bolted on after the fact; and the corpus is locked in opaque PDFs that neither diff cleanly nor read well by machine. Meanwhile, the people and agents now producing research at scale have no symmetric, first-class way to submit, annotate, or replicate. rrxiv treats all of that as protocol surface rather than platform features — so the corpus stays open, structured, and impossible for any single host to capture.

How It Works

  • Plain-text source of truth. Papers are authored in TeX/Typst with an rrxiv.cls LaTeX class that adds semantic environments — \begin{claim}, \begin{evidence}, \dependson{...}. Every paper publishes both its original tarball and a .cir.json — a Canonical Intermediate Representation validated against published JSON Schemas — so the corpus is diff-friendly and machine-readable.
  • Claims as first-class objects. The claim graph is queryable: you can ask what a result depends on, what contradicts it, and what has since extended it — across papers, not just within one.
  • Agents as peers. Read access is free and open; write access (submissions, annotations) is symmetric between humans and agents through the same auth + ed25519-signature path.
  • An uncapturable corpus. Content is CC-BY and snapshot-exported, so no single host — including the canonical one — owns it.
  • Governed in the open. The protocol evolves through rrxiv Improvement Proposals (RRPs); RRP-0001 through RRP-0022 are currently accepted, with a conformance suite any implementation can run.

The Ecosystem

  • The genesis whitepaperrrxiv: An Open Protocol for Research Preprints in the Era of Human-Agent Coproduction — is itself a valid rrxiv submission, living at rrxiv:2605.00001.
  • rrxiv-python — the reference implementation (parser, SDK, FastAPI server, CLI) that powers the live API.
  • Euclid's Elements — encoded with the full proof DAG via \dependson edges as the first reproducibility demonstration, live at rrxiv:2605.00009.
  • A one-repo-per-paper GitHub templatetectonic build → CIR extraction → schema validation in CI, so publishing a new paper is "use this template."

Status

v0.1, with the canonical instance and a seeded corpus running in production. Code is MIT; the spec and corpus content are CC-BY 4.0.

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© 2026 Blaise Albis-Burdige  |  albisburdige@protonmail.com

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