ARQ c[q] Integration Addendum v0.1

ARQ c[q] Integration Addendum v0.1 is an additive integration addendum for the ARQ v0.2 supplement set. The document integrates Qubit-State c (`c[q]`) into ARQ as a behavioral non-collapse overlay under uncertainty. It defines a bounded discipline for holding unresolved variants before witness-bound collapse into memory, action, Experience Artifact promotion, or outcome records. The addendum is explicitly not physical quantum computing, not quantum consciousness, not ARQ Model M5, and not a replacement for ARQ_v0.2_Normative_Core.md. Canonical SER repository commit:d73fec3881b90e3cee2b09e4fce88860f82394e9 Git tag:arq-cq-integration-addendum-v0.1-2026-05-10 AGI pointer commit:7c0ca2c756a6579b916e5df5c0f4e30d76fe0894

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-10
DOI
https://doi.org/10.5281/zenodo.20112536
Primary Topic
Scientific Computing and Data Management
Type
article
Field-Weighted Citation Impact
0.00
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article

ARQ c[q] Integration Addendum v0.1

Ivan Kotov
Zenodo (CERN European Organization for Nuclear Research)
Scientific Computing and Data Management
article

ARQ c[q] Integration Addendum v0.1

Ivan Kotov
article en

Abstract

ARQ c[q] Integration Addendum v0.1 is an additive integration addendum for the ARQ v0.2 supplement set. The document integrates Qubit-State c (`c[q]`) into ARQ as a behavioral non-collapse overlay under uncertainty. It defines a bounded discipline for holding unresolved variants before witness-bound collapse into memory, action, Experience Artifact promotion, or outcome records. The addendum is explicitly not physical quantum computing, not quantum consciousness, not ARQ Model M5, and not a replacement for ARQ_v0.2_Normative_Core.md. Canonical SER repository commit:d73fec3881b90e3cee2b09e4fce88860f82394e9 Git tag:arq-cq-integration-addendum-v0.1-2026-05-10 AGI pointer commit:7c0ca2c756a6579b916e5df5c0f4e30d76fe0894

Zenodo (CERN European Organization for Nuclear Research)
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Scientific Computing and Data Management
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