Subquantum Kinetics
| Scientific Theory | |
|---|---|
| Name | Subquantum Kinetics |
| Type | Unified field theory / ether model |
| Author(s) | Paul A LaViolette |
| Keywords | etheron, transmuting ether, reaction-diffusion, Model G, Turing pattern, continuous creation, genic energy, tired light |
| Year | 1985 onward |
Subquantum kinetics is the unified field theory developed by the systems scientist Paul A LaViolette (1947–2022), in which matter and energy are not fundamental substances but self-organising patterns arising in a continuously reacting ether.
Its distinguishing move is methodological. Where most physics builds upward from ultimate constituents, subquantum kinetics applies the mathematics of open, nonequilibrium reaction–diffusion systems — the branch of systems theory that describes how ordered structures spontaneously appear in chemical media — to the vacuum itself. Particles are then not things made of smaller things, but standing patterns sustained by an ongoing process, in the way a Belousov–Zhabotinsky reaction sustains moving bands and spirals in a dish.
The transmuting ether
The theory posits a subquantum medium beneath the observable world: a metastable, nonequilibrium plasma of highly energetic subphysical units LaViolette termed etherons. These continually transmute from one ether state to another through a set of reactions whose kinetics he specified in a scheme called Model G.
This is an ether, but not the mechanical ether of the nineteenth century. It is not a substance to be dragged through or displaced; it is a process, and matter is what that process locally organises itself into. See Aether.
Particles as Turing patterns
Subatomic particles, on this account, are Turing wave patterns — the stationary concentration structures that Alan Turing showed can emerge spontaneously in a reaction–diffusion system. A particle persists not because it is indivisible but because the underlying flux continuously regenerates it.
Two consequences follow immediately, and both run against the standard picture:
- A particle is maintained, not merely present. It requires an ongoing throughput, as a flame or a whirlpool does.
- The universe is an open system. Because etherons transmute into and out of ether states, matter and energy can be continuously created — order emerging locally, provided the underlying reactions increase entropy overall. There is no need for a single creation event, and therefore no need for a Big Bang.
Predictions
LaViolette placed considerable weight on the theory having made predictions in advance of the observations, and this is the ground on which he asked it to be judged:
- Gravitational blueshift. Photons should gradually blueshift when passing through regions of high gravitational potential — the opposite of the standard expectation in some configurations.
- Genic energy. Energy should be generated continuously within all celestial bodies, not only through nuclear fusion. A specific consequence is that brown dwarfs — too small to sustain fusion — should nevertheless produce energy and fall along the lower main-sequence mass–luminosity relation of red dwarfs. LaViolette regarded subsequent brown-dwarf observations as confirming this.
- Tired light. Cosmological redshift arises from photons losing energy in transit through the ether, not from expansion, so the universe is cosmologically stationary. He argued that the tired-light form of the theory fits the angular-size–redshift relation, the Tolman surface-brightness test, the Hubble diagram, galaxy number counts and the supernova data better than the expanding-universe model. See Redshift and Tired Light.
Assessment
Subquantum kinetics is not accepted by academic physics. The standard objection is that a reaction–diffusion scheme with adjustable kinetics is too flexible — that it can be tuned to accommodate results rather than being constrained by them — and that Model G is a postulated scheme rather than one derived from independent principles.
LaViolette's answer was that the theory issued explicit, published predictions before the relevant observations, particularly on brown-dwarf luminosity and on the cosmological tests, and that a framework which does so is not merely accommodating data after the fact. Readers may judge how far the predictions were genuinely at risk.
Its interest to the tradition documented on this wiki lies in the combination it attempts: a physically intelligible ether — something one can picture, with a stated mechanism — that also yields a non-expanding cosmology and a continuous-creation account of matter, connecting it to several independent lines of criticism catalogued here.
Related work on this wiki
- Subquantum Kinetics: A Systems Approach to Physics and Cosmology (2003) — LaViolette's book-length statement.
- Subquantum Kinetics: Exploring the Crack in the First Law (1991).
- Tired-light and non-expanding cosmologies are surveyed at Redshift, Tired Light and Non-standard cosmology; other ether models include Space Lattice and the electron–positron lattice work discussed there.