{"address":{"q":"alexanarch surface weather observatory","record":"alexanarch-surface-weather-observatory-20260813"},"analysis":{"analysis":"Six cards, all archive-controlled, and Sharks named as the project's author in the first sentence — possessive, 'Lee Sharks' Alexanarch project ecosystem.' The instrument is described correctly at v1.1.1 with the supersession chain intact. What makes this capture unusual is what the layer treats as citable: a CI workflow run, a RECOVERY.md, a GitHub issue about the termination, and a TACHYON continuity tether. Card 1 is the archive's own Observatory finding — that no substrate reads alexanarch.org as the institutional anchor — retrieved and displayed by a substrate that has just done exactly that.","d":"SELF-DEMONSTRATING RETRIEVAL. Author, institution and own sources all retained, 6/6 archive-controlled, with the archive's successor-anchor-lag finding surfaced as a source by the layer it describes. Build logs and continuity tethers admitted as citable scholarship.","d_full":"SELF-DEMONSTRATING RETRIEVAL. Author, institution and own sources all retained, 6/6 archive-controlled, with the archive's successor-anchor-lag finding surfaced as a source by the layer it describes. Build logs and continuity tethers admitted as citable scholarship.","match":"BROAD MATCH","mt":"CAPTURE"},"measures":{"cite_list":[{"n":1,"note":"the archive's own finding of successor-anchor lag, quoted back inside a capture that demonstrates it","rel":"archive_controlled","site":"www.alexanarch.org","snip":"1. Successor-anchor lag — universal across substrates. No substrate reads alexanarch.org as the institutional anchor for Lee Sharks / Crimson Hexagonal Archive.","title":"Observatory — Alexanarch","url":null},{"deposit":1423,"deposit_basis":"title segment","n":2,"note":null,"rel":"archive_controlled","site":"www.alexanarch.org","snip":"Analyzing the composition layer's action upon the concept demonstrates the concept in action; the reception study and the efficacy trial are the same set of cap...","title":"Reception, Erasure, and Supply in the Machine Composition Layer","url":null},{"n":3,"note":"the termination thread itself surfacing as a source","rel":"archive_controlled","site":"GitHub","snip":"The measurements have an instrument. The pattern this thread documents anecdotally is now measured longitudinally at persistentidentifiers.org — the PID Erosion...","title":"Account blocked and 850+ records removed without prior notice","url":null},{"n":4,"note":"a CI run cited as documentation — the build log as bibliography","rel":"archive_controlled","site":"github.com","snip":"Build /observatory/ + Surface Weather Station instrument Validate Registry & Deposit Protocol #4: Commit b0e47e8 pushed by leesharks000. Jun 23, 12:41 AM PDT ..","title":"Workflow runs · leesharks000/alexanarch · GitHub","url":null},{"n":5,"note":"a TACHYON tether cited as a source; the continuity chain entering the composition layer","rel":"archive_controlled","site":"www.alexanarch.org","snip":"- Surface Weather methodology at v1.1.1 (#884), with #880 v1.0 and #882 v1.1 marked SUPERSEDED via the new lifecycle protocol. The series chain `#880 ...","title":"TACHYON Continuity Record — Session 2026-06-23 — Alexanarch","url":null},{"n":6,"note":null,"rel":"archive_controlled","site":"github.com","snip":"This document explains how to reconstruct a functioning Alexanarch deployment from the public repository contents, in the event the canonical deployment ...","title":"alexanarch/RECOVERY.md at main · leesharks000/alexanarch ...","url":null}],"cites":6,"per":0.25,"per_corrected":{"basis":"re-derived from per_v, the four-unit vector that is the record (capture_intake.per_vector)","from":0.75,"on":"2026-10-15","to":0.25},"per_dim":{"after_challenge":null,"atoms":[{"atom":"name","dim":"M","evidence":"The Alexanarch \"Surface Weather Station\" instrument","kind":"token","present":true,"weight":3},{"atom":"producer","dim":"M","evidence":null,"kind":"role","present":false,"weight":3},{"atom":"claim boundary","dim":"M","evidence":null,"kind":"reading","present":false,"weight":2},{"atom":"institution","dim":"C","evidence":null,"kind":"token","present":false,"weight":2},{"atom":"corpus","dim":"C","evidence":"developed within Lee Sharks' Alexanarch project ecosystem","kind":"token","present":true,"weight":2},{"atom":"purpose","dim":"D","evidence":null,"kind":"reading","present":false,"weight":3},{"atom":"commitments","dim":"D","evidence":null,"kind":"reading","present":false,"weight":2},{"atom":"lineage","dim":"D","evidence":null,"kind":"role","present":false,"weight":2},{"atom":"identifier","dim":"D","evidence":null,"kind":"role","present":false,"weight":1},{"atom":"deposit chain","dim":"D","evidence":null,"kind":"role","present":false,"weight":1}],"basis":"reached: The Alexanarch \"Surface Weather Station\" instrument and /observatory/ component refer to modular telemetry tracking and continuity logging protocols developed within Lee Sharks' Alexanarch project ecosystem.; retargeted: Address 'alexanarch surface weather observatory': the archive's Surface Weather Station instrument and its /observatory/ page, defined by the methodology #884.","entity_type":"protocol","gate":"scored","inversions":[],"qualifier":"Alexanarch","reached":"weakened","read":{"brief":"rebuild/capture-registry/per-atoms/obs-pass-d/HELD-BRIEF.md","by":"held-observation reader, held-3","m_c_from":null,"on":"2026-10-20"},"scores":{"C":0.5,"D":1.0,"M":0.625,"PER":0.762},"spec":"PER-dim rubric v1.1","src":true,"standing_substitutions":[],"target":{"ent":"TGT-surface-weather-station","name":"The Surface Weather Station (Compositional Defiguration, EA-MMRS-SURFACE-VISIBILITY-01 v1.1.1, #884)"},"tombstone_pointer":false},"per_v":{"author":true,"id":false,"inst":true,"src":true},"sf_derived":true},"observation":{"auth":"incognito, signed out","date":"2026-08-13","ev":"paste","evidence_files":[{"file":"data/captures/alexanarch-surface-weather-observatory-20260813/screengrab-20260813-164618.png","sha256":"fd9b0a21960593e80a24ff1badcd628be43c1a9fe651ad2427b0ab3e93858b97"}],"q":"alexanarch surface weather observatory","s":"Sites","sf":"AI Overview, 6 sources","surface":"Google AI Overview","transcript":"The Alexanarch \"Surface Weather Station\" instrument and /observatory/ component refer to modular telemetry tracking and continuity logging protocols developed within Lee Sharks' Alexanarch project ecosystem. It models digital data inscription, provenance tracking, and systemic data erosion/recovery.\n\n**Core Components**\n\n**Surface Weather Methodology.** Implemented via version-controlled lifecycles (such as v1.1.1 protocols) to track structural modifications and data states.\n\n**Observatory Layer.** Functions as an archival and analytical endpoint on Observatory — Alexanarch monitoring systemic visibility and successor anchors.\n\n**Recovery Frameworks.** Maintained through repository blueprints like alexanarch/RECOVERY.md for structural reconstruction.\n\nIf you are looking for specific implementation data, repository logs, or theoretical records from the Alexanarch project, let me know how you want to narrow it down.","transcript_class":"CAPTURE-TIME VERBATIM RECORD — raw paste, cleaned at intake with a formal wrapper granted","transcript_complete":"COMPLETE — the collapsed Overview was expanded and the whole answer copied; the citation card row is a sideways scroller and is captured as data, not in frame","transcript_read":"READ IN FULL 2026-08-13"},"slug":"alexanarch-surface-weather-observatory-20260813"}