[Concept Sketch] Canonical Emergence of Electrodynamics from Scalar Time and Resolution of the Muon g-2 Anomaly [Concept Sketch]
Since this article predates the Genesis ontology, several foundations are now reframed. This paper already excludes backward time travel. That stance is unchanged. The note below only ports the mechanism and language to v11.3. Ontology update (what changes): TTT is absolute and monotonic; Trelax is a passive readout of the 4D substrate (not an active field), and the metric/EM are not built from ∂Trelax. Forward-only “time travel” (what stays): achievable as local desynchronization of proper time; you slow your clock for a while, then rejoin—more external time has elapsed. No topology change, no wormholes, no teleportation. Space travel via time (PTT sense): combine geodesic steering (reshaping local substrate geometry) with controlled clock-rate reduction along the path. “Antigravity” reinterpreted: not a new repulsive force, but geometric lightening—flatten local gradients/shear of the substrate to reduce effective weight and bend trajectories. Candidate mechanisms (to explore within v11.3):(i) Mass-energy redistribution (gradient re-profiling).(ii) Coherent structural stress states (high-Q media, rotating/phase-locked arrays).(iii) EM only via material transduction into geometric constraint (no validated direct EM–gravity coupling). Research tasks: model low-gradient corridors and their clock-rate impact; define steering/Δclock-rate invariants; verify global monotonicity of TTT; bound achievable effects and shear/tidal limits. Status of this paper: keep as historical/exploratory; sections that treat TrelaxT_{\text{relax}}Trelax as an active field (e.g., metric/EM from ∂Trelax) are obsolete; the forward-only causal stance remains valid.
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-06-21
- DOI
- https://doi.org/10.5281/zenodo.15708520
- Primary Topic
- Computational Physics and Python Applications
- Type
- article
- Field-Weighted Citation Impact
- 0.00