Reactive Substrate Theory Review: Mystery of the Luminiferous Aether
RST Review: Mystery of the Luminiferous Aether
The video “Mystery of the Luminiferous Aether” revisits the famous Michelson–Morley experiment and the historical search for an ether wind. From the Reactive Substrate Theory (RST) perspective, the null results are not a failure but a confirmation: the substrate is a non‑material, elastic medium that supports light without drag.
Why Ether Wind Detection Fails
- No drag: The substrate transmits shear waves but does not resist matter, so motion through it produces no measurable “wind.”
- Elastic Lorentz symmetry: Length contraction and time dilation are elastic responses of the substrate, ensuring isotropy of
c. - Unified medium: Both matter and light are excitations of the same substrate, so relative motion is encoded in tension transformations, not fluid flow.
RST Interpretation of Light and Matter
| Aspect | Classical Ether View | RST Perspective |
|---|---|---|
| Light | Wave in a particulate ether, subject to wind | Transverse shear wave in substrate; speed c set by tension |
| Matter | Separate particles moving through ether | Solitons (σ): stable knots of substrate tension |
| Relativity | Requires ad hoc transformations | Emerges naturally from substrate elasticity |
Einstein and Beyond
Einstein’s relativity correctly abandoned the particulate ether, but RST adds the physical cause: the substrate’s elasticity enforces invariance. Null results from ether wind experiments are not paradoxes — they are expected outcomes in a non‑dragging medium.
👉 In short: RST reframes the “mystery of the aether” as the Substrate Field (S), a continuous elastic fabric that unifies matter, light, and relativity. Null results don’t disprove the substrate; they confirm its true non‑dragging nature.