Long-form research
A lifecycle-aware map of the canonical public anchor, active theorem-family working papers, research notes, and synthesis notes.
Start with three results · See the four-layer hierarchy and paper-admission rule · Open the contextual concordance.
Stable archive
The compendium is preserved as an immutable annotated Git tag, a public GitHub Release with five verified custom assets, and a published Zenodo software record. This archival release does not imply that any included paper was submitted, accepted, peer reviewed, or journal published.
GitHub Release · Zenodo record · Version DOI 10.5281/zenodo.21535005 · Concept DOI 10.5281/zenodo.21535004
Citation convention: use the version DOI for exact v0.1.0 reproduction and the concept DOI for the evolving compendium. Load-bearing claims also retain their paper, claim ID, immutable run ID, and artifact checksum.
Canonical public anchor
The unique owner-declared canonical public anchor for the atomic paradox. Its upstream citation calls it a working paper; this lifecycle class does not assert journal publication, submission, acceptance, a DOI, or peer review.
Nakajima, Yohei (2026). The Shared Discovery Paradox: How a One-Answer Rule Turns Better Information into Worse Search. Working paper.
SHA-256 cb4816cb3a9cdd8db0210ab8981e3729028eb02ba174f2a7300b617807cc1e04
Active theorem-family papers
Explains why many reports can still behave like one source of evidence.
Nakajima, Yohei (2026). The Common-Source Trap. Working paper.
SHA-256 3dc1d06c509121ff1668979344e1b343d559353e0723e9589dac4da61a70794c
Synthesizes selective attention, audience design, and conditional evidence use.
Nakajima, Yohei (2026). The Incentive to Ignore: Selective Attention and Audience Design in Distributed Discovery. Working paper.
SHA-256 651c91fb68df6b2f1397ca86f3842b7c2fa9c067601957c32401a7f5e95cd24b
Connects minimum viable teams, equilibrium selection, dynamic attention, and implementable team portfolios.
Nakajima, Yohei (2026). Threshold Discovery: Coordination, Crowding, and Minimum Viable Teams. Working paper.
SHA-256 634e96662989a3fd6efb5fc3e6919883897e60511826e25c6d0176bac4af9249
Identifies when pooled error contraction beats lost independent rescue, then separates the selected positive result from its equilibrium-selection boundary.
Nakajima, Yohei (2026). When Does Information Sharing Improve Decentralized Discovery? Aggregation, Independent Rescue, and Equilibrium Selection. arXiv:2609.01814 [cs.AI].
SHA-256 8d116b86cdbbc6cda66d65ac72077d29c15b05b86f4dc862ee8ec8e69d8f4ac0
Supporting publications
Defines the core objects and separates information quality from action allocation.
Nakajima, Yohei (2026). Foundations of Distributed Discovery. Research note.
SHA-256 8875926a52f0b8e722f7ce827c456c4b694f9e981c21c4b15bf2b3c60b83e76b
Connects exact results on roles, disclosure, and correlated sources.
Nakajima, Yohei (2026). Three Results in Distributed Discovery. Synthesis note.
SHA-256 9eb896353b1210706d6108685dde963e02d6a5ebc64af9f9f69c08c01f5ebc96
Synthesizes how evidence, assignment, incentives, and feedback interact.
Nakajima, Yohei (2026). Institutions for Distributed Discovery. Synthesis note.
SHA-256 78606f732f105d79395409dcb9d7224d72aa1e44312ca30ff5719d049afd98a8
The site is a living discovery and verification layer, not the sole load-bearing source. The compendium version DOI supplies an immutable repository archive. Per-paper arXiv and DOI fields are shown only when their own metadata records a public source; cite those fields together with the claim or run identifier and checksum where applicable.
Stable citation policy · Release registry · Paper dependency roles