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June 22, 20260 citationsOpen Access

Canon Update / Recent Derivations: Record Reconstruction, the Monitored Service Rate, and the Current Frontier of the Finite-QEC Substrate

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DEDavid Elliman

Key Points

  • This note aims to detail updates in the finite-QEC substrate programme, clarifying recent developments.
  • Introduced a record-reconstruction ladder and redefined the minimal balanced record cell under finite-record hypotheses.
  • Restrained the monitored service rate to a Born weight of one firing projector in a record-pair service register.
  • Narrowed the service-history measure to a conditionally closed record-action skeleton.
  • Reclassified several previous ‘free coefficient’ entries as conditional invariants or negative artefacts.
  • Achieved a record-action core that is tighter than in existing publications.
  • Identified explicit remaining challenges within the programme, including the recovery-holonomy sector and precision phenomenology.

Abstract

This note records a set of recent canon changes in the finite-QEC substrate programme before the older papers and book are rewritten. The developments are important enough to cite as a separate update: the reconstruction layer has been sharpened into a record-reconstruction ladder; the minimal balanced record cell is forced to be the self-dual doubly-even 8, 4, 4 byte under explicit finite-record hypotheses; the bare monitored service rate α0 = 1/137 is no longer a free convention but the Born weight of one firing projector in a 137-label record-pair service register; the service-history measure has been narrowed to a conditionally closed record-action skeleton, with only traffic-clock universalisation and recovery holonomy still open; and the late cosmological selector has been reduced to a single completed-burn episode per physical cell inside the current homogeneous service instrument. Several previous “free coefficient” entries in the native cosmological/QEC core have also been reclassified as sector-native conditional invariants or closed-negative artefacts. The result is not a claim that the programme is finished. It is a cleaner public status: the native record-action core is substantially tighter than in the existing paper set, while the hard remaining walls are now explicitly named—the EW/nuclear second scale, the recovery-holonomy/CP sector, dressed-α, external Boltzmann/halo tests, and ordinary precision phenomenology for the framed causal-set high-energy layer. 2026-06-20 canon refresh: Updated with alpha-escape status: continuum service-occupation route lands at 0.9956 of dressed-alpha shift, but physical Ward/Kubo billing map remains open; build/render checked locally; not Zenodo-synced.

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David Elliman (2026) studied this question.

synapsesocial.com/papers/6a38d152da1bad9caca30f92https://doi.org/10.5281/zenodo.20776754
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