Experimental tests to isolate and confirm the temporal-domain contribution (E = m c_t with c_t attached to acceleration)
The c_t contribution is the temporal-energy slowing that exactly equals the spatial path lengthening in every strong-field kinematic effect. Because the Entanglement Axiom enforces 1:1 symmetry, the cleanest confirmation comes from experiments that separate or ratio the two halves or show effects that only the temporal attachment predicts.
| Priority | Experiment | c_t Signature | Timeline |
|---|---|---|---|
| 1 | Multi-frequency Shapiro ranging | Exact 2× spatial delay, achromatic | Now–2028 |
| 2 | Multi-wavelength solar deflection | 0.875" + 0.875" = 1.75", no dispersion | 2027–2030 |
| 3 | High-SNR GW ringdown | ~6 % frequency drop + broadened tail | O5+ (2027+) |
| 4 | Rotating optical lattice clocks | Directional rate asymmetry from c_t | Lab (2026+) |
Simultaneous S/X/Ka-band + optical ranging during solar conjunction. All bands must show identical delay to <0.001 %.
VLBI + Gaia/JWST + future X-ray astrometry of quasars at 1–5 R_⊙. Deflection must be exactly 1.75" across spectrum.
SNR >50 events. Dominant frequency shifted ~6 % lower, broadened spectrum, extended tail, orthogonal polarization component.
Any one of the top-two tests succeeding at the predicted precision would constitute decisive confirmation of the c_t contribution. The temporal domain is the missing piece that makes the Kinetiverse complete.