What question did this study set out to answer?

To establish a unified validation protocol for trace response and anisotropy separation in the LSC framework.

May 7, 20261 citationsOpen Access

LSC 6.3.0 Unified BEST-2 Continuation: Trace-Anisotropy Separation and Validation Protocol

Key Points

To establish a unified validation protocol for trace response and anisotropy separation in the LSC framework.
Consolidated validation protocol for BEST-2 based on LSC 6.2.0 correction.
Defined frozen prediction protocol before fitting process.
Required comparison against multiple baselines including sterile-neutrino and null baselines.
Introduced a method for separating scalar trace response from detector-frame anisotropy.
Enhanced the reproducibility of the analysis with LSC v1.2.0 release.

Abstract

LSC 6.3.0 is a conservative continuation of the LSC 6.2.0 preprint-stage framework under the existing LSC concept DOI. It consolidates the post-6.2.0 correction path into a single BEST-2-oriented validation protocol. The update does not claim confirmed new physics. It separates scalar trace response from traceless detector-frame anisotropy, defines a frozen prediction protocol before fitting, and requires comparison against normalization-only, cross-section, detector-systematics, sterile-neutrino, and null baselines. The work is intended as a falsifiable phenomenological framework for gallium-source residual analysis and future BEST-2-style testing. The LSC v1.2.0 computational release is treated as a supplementary reproducibility record. The primary LSC publication identity remains the Zenodo concept DOI 10.5281/zenodo.19780615.

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