Preprint · Release 11
JUNO Energy Resolution and Detectability of WCT Ghost-Mode Neutrinos
Abstract
This study evaluates whether WCT-motivated log-energy or ghost-mode modulations could survive JUNO detector resolution, smearing, and systematic limitations. It derives detectability conditions and amplitude-damping estimates intended to define a falsifiable detector-facing forecast.
Plain-language overview
Research question
Could WCT-motivated log-energy or ghost-mode modulations survive JUNO detector resolution, smearing, and systematic limitations?
Main contribution
- Derives detectability conditions for WCT-motivated log-energy or ghost-mode modulations under JUNO resolution.
- Provides amplitude-damping estimates as a falsifiable, detector-facing forecast.
Evidence type
Current limitations
This is a detectability forecast based on detector-resolution modeling, not a measurement; it depends on the assumed signal model and detector parameters.
Research assets
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Verification and traceability
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- Claim IDs
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- Assumptions
- Formalization
- UNMAPPED
- Empirical state
- DETECTABILITY_FORECAST
- Independent replication
- NONE_RECORDED
- Repositories
Explicit falsifiers
- A preregistered detector analysis excludes the declared modulation amplitude and frequency region.
Open obligations
- Publish executable detector-response code, frozen parameters, covariance treatment, and a data-facing test plan.
Recommended citation
Reyes, R. J. (November 20, 2025). JUNO Energy Resolution and Detectability of WCT Ghost-Mode Neutrinos. Zenodo. https://doi.org/10.5281/zenodo.17715872
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This landing page provides accessible summaries and citation metadata for an archival preprint. The authoritative manuscript and downloadable files are maintained on the Zenodo DOI record. Wave Confinement Theory is an evolving independent framework; claims should be evaluated according to the derivations, simulations, experiments, data analyses, assumptions, and limitations stated in the paper itself.