| _version_ | 1866901660897378304 |
|---|---|
| author | Hall, Matthew |
| author_facet | Hall, Matthew |
| contents | <p>This paper leverages the Chronos time-curvature scaling framework to forecast a series of undiscovered stable and metastable particle states in the sub-GeV to multi-GeV range. By applying the recursive mass scaling relation with empirically derived curvature dynamics, we identify several high-priority mass targets: ~76 MeV, 385 MeV, 1.23 GeV, 22.63 GeV, and others near known but unexplained energy gaps. These predictions fill in curvature-stable “mass deserts” between known particles like pions, kaons, and tau leptons. The predicted particles exhibit shallow curvature gradients, suggesting long-lived or weakly interacting behavior—ideal for dark sector investigations. This work presents immediate experimental targets for SHiP, LHCb, NA64, Belle II, and related efforts, offering a falsifiable pathway toward validating the Chronos framework.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_16416832 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Prediction of Undiscovered Sub GeV to Multi GeV Particles from Chronos Time Curvature Scaling Hall, Matthew Chronos Theory Time Curvature Sub-GeV Particles Multi-GeV Mass Gaps Stable Resonance Dark Matter Candidates Beam Dump Experiments Mass Scaling Law Temporal Geometry LHCb Belle II SHiP NA64 Tau Window Recursive Curvature Locking <p>This paper leverages the Chronos time-curvature scaling framework to forecast a series of undiscovered stable and metastable particle states in the sub-GeV to multi-GeV range. By applying the recursive mass scaling relation with empirically derived curvature dynamics, we identify several high-priority mass targets: ~76 MeV, 385 MeV, 1.23 GeV, 22.63 GeV, and others near known but unexplained energy gaps. These predictions fill in curvature-stable “mass deserts” between known particles like pions, kaons, and tau leptons. The predicted particles exhibit shallow curvature gradients, suggesting long-lived or weakly interacting behavior—ideal for dark sector investigations. This work presents immediate experimental targets for SHiP, LHCb, NA64, Belle II, and related efforts, offering a falsifiable pathway toward validating the Chronos framework.</p> |
| title | Prediction of Undiscovered Sub GeV to Multi GeV Particles from Chronos Time Curvature Scaling |
| topic | Chronos Theory Time Curvature Sub-GeV Particles Multi-GeV Mass Gaps Stable Resonance Dark Matter Candidates Beam Dump Experiments Mass Scaling Law Temporal Geometry LHCb Belle II SHiP NA64 Tau Window Recursive Curvature Locking |
| url | https://doi.org/10.5281/zenodo.16416832 |