The Chronon Field Program — Architecture, Claims, Tests, Reading Guide

Abstract The Chronon Field Program is a practical research program built around a single discipline: do not modify General Relativity-test what remains once GR and known systematics are subtracted. It frames the Chronon Field hypothesis as an operational question: could a local tempo field Φ(x) (and an associated loss rate Γ(x)) leave a detectable, reproducible signature inside GR-subtracted, gauge-safe residuals measured by modern precision platforms (optical clocks, time-transfer networks, coherence-based systems)? Rather than “arguing” for Φ(x), this document specifies what would falsify it, what must be replicated first, and how to prevent self-deception through locked endpoints, veto logic, and robustness matrices. Key Points Program architecture, not rhetoric: a structured ladder of claims with explicit gates and stop conditions. Integrity-first: Stage 00 loop-closure null tests (LABC) act as the mandatory front door—no closure, no interpretation. GR-subtracted residuals only: admissible observables are defined after correcting the metric contributions and known effects. Gauge-safe methodology: residuals must remain stable under reasonable reparameterizations and pipeline alternatives. Identifiability rules: separation constraints between Φ(x) (tempo modulation) and Γ(x) (loss/decoherence) to avoid “fit-anything” models. Replication artifacts: minimum package requirements (pinned environment, hashes, figures regenerated from source) so labs can publish PASS / FAIL / AUDIT cleanly. Quotation “If a signal survives subtraction, survives reparameterization, and survives replication, then it earns the right to be discussed.” This is the tone of The Chronon Field Program: no signal gets a narrative before it gets an audit. Intended Audience Experimentalists / metrology labs working on optical clocks, time-transfer networks, interferometry, or coherence measurements. Reviewers and skeptics who want explicit kill criteria, endpoint locking, and robustness discipline. Theorists interested in operational parameterizations of tempo-like degrees of freedom without GR replacement. Open-science / reproducibility-minded researchers looking for an adversarial, replication-first template. Outcome A program designed to produce a decisive outcome with minimal ambiguity:either (i) the integrity gates fail and Φ(x) is constrained or rejected at the front door, or (ii) a residual survives adversarial checks and justifies deeper staged tests. In both cases, the deliverable is the same: a cleaner, more reliable experimental pipeline for precision time and frequency science-where claims are earned, not declared.