The protocol defines sign-flip under respiration phase with pass criteria as R_inphase > 0 and R_antiphase < 0 and requires >50% dyads passing with p<0.025 for group-level success, with minimum 28 valid dyads for 80% power.
Dyads (two participants measured simultaneously), minimum 28 valid dyads (56 participants)
In-phase target (Δθ_target = 0) for respiration phase
Anti-phase target (Δθ_target = π) for respiration phase
Sign-flip: R_inphase > 0 at Δθ ≈ 0 and R_antiphase < 0 at Δθ ≈ π, evaluated at dyad level and tested at group level via exact binomial testsurrogate
This is a pre-registered experimental protocol for testing respiration phase synchrony, presenting no clinical claims or results.
QCRM-Audit v1. 0 is a pre-registered, audit-first experimental protocol designed to test a single primary endpoint (sign-flip) under a strictly frozen specification. This record contains three artefacts: MAIN: the full protocol (PASS/FAIL/INCOMPLETE gates, NO OVERCLAIM, and frozen parameters) SI: supplementary operational definitions and audit templates RUNSHEET: the fixed run sheet for reproducible execution (constants and procedures fully specified) Scope and non-claims: This is a protocol specification, not a completed measurement study. No clinical or medical claims are made. No performance claims are made. This work is intended for peaceful, non-coercive, dignity-first research. Primary endpoint (v1. 0): sign-flip: R > 0 at Δθ ≈ 0 and R < 0 at Δθ ≈ π Operational definition: Δθ: = respiratory phase difference PLR threshold and audit gates are frozen in the files. Related work: This protocol is intended to be read alongside the foundational QCRM theory record: https: //zenodo. org/records/17816492 Files: QCRMAuditᵥ1. 0MAIN. txt /. pdf QCRMAuditᵥ1. 0SI. txt /. pdf RUNSHEETQCRMAuditᵥ1. 0. txt /. pdf How to use: Read MAIN first. Use RUNSHEET for execution without post-hoc adjustments. Use SI for definitions, audit templates, and reporting discipline.
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Hisashi Suga
Forest Research
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Hisashi Suga (Thu,) conducted a other in Dyads of two participants measured simultaneously with respiration phase monitoring. Respiration phase synchrony manipulation at target phase differences (in-phase at Δθ=0 vs anti-phase at Δθ=π) vs. Comparison between in-phase and anti-phase respiration phase windows within dyads was evaluated on Sign-flip defined as R_inphase > 0 and R_antiphase < 0 tested at group level by exact binomial test with one-sided α=0.025 (Exact binomial test p-value threshold 0.025 for pass condition with minimum 28 dyads). The protocol defines sign-flip under respiration phase with pass criteria as R_inphase > 0 and R_antiphase < 0 and requires >50% dyads passing with p<0.025 for group-level success, with minimum 28 valid dyads for 80% power.
www.synapsesocial.com/papers/69a287a00a974eb0d3c03867 — DOI: https://doi.org/10.5281/zenodo.18783239