Energy Wave Theory
| Scientific Theory | |
|---|---|
| Name | Energy Wave Theory |
| Type | Wave structure of matter; unified particle and force model |
| Author(s) | Jeff Yee |
| Keywords | Aether, standing waves, wave centers, Wave Structure of Matter, particle mass, unified force |
| Year | 2014 (first papers); named 2017 |
| Website | https://energywavetheory.com |
Energy Wave Theory (EWT) is a classical wave model of particles and forces developed by Jeff Yee. It treats the universe as a physical medium — an aether — that oscillates to form waves, and holds that everything normally described as a particle, a mass, a charge or a force is a consequence of wave behaviour in that medium, computed with ordinary classical mechanics rather than quantum formalism.
Its two central claims are structural. Matter is standing waves: a particle is a region where travelling longitudinal waves are reflected by wave centers, forming a standing wave of stored energy out to a radius where the amplitude decays back into travelling waves. That radius is the particle's edge, and the stored energy is its mass. Forces are wave interference: the same equation governs the strong, electromagnetic and gravitational forces, which differ only in wave form and amplitude, because particles move to the point of minimal wave amplitude.
Yee's stated ambition is reductive. He argues that the energies of all particles and the strengths of three of the four forces follow from four universal constants and one property of the electron, with no free parameters beyond those five.
Origins
EWT descends from the Wave Structure of Matter tradition. Yee credits three independent sources as leading to his work: Milo M Wolff, whose wave structure of matter modelled the electron as spherical in-waves and out-waves about a wave center; Gabriel LaFreniere, whose wave simulations gave the picture a visual form; and Xavier Borg.
His route in was oblique. Researching a realistic time-travel mechanism for a novel, Laws of Time (2009), he moved from cosmology to particle physics, and in 2012 published The Particles of the Universe as a call to attention for Wolff's and LaFreniere's work. Mathematical modelling followed from 2014, beginning with a paper noting a resemblance between the stability of the lepton family and the "magic numbers" of nuclear shell structure. By 2017 electromagnetism, gravity and the strong force had been brought into a single framework, the name Energy Wave Theory was adopted, and energywavetheory.com was created.
The medium and its constants
EWT models the aether as a granular medium with measurable properties, and reduces the whole system to five quantities:
| Symbol | Quantity | Value |
|---|---|---|
| Al | Longitudinal amplitude | 3.662796647 × 10−10 m |
| λl | Longitudinal wavelength | 2.817940327 × 10−17 m |
| ρ | Aether density | 9.422369691 × 10−30 kg/m3 |
| c | Wave speed (speed of light) | 299,792,458 m/s |
| Ke | Electron wave center count | 10 (dimensionless) |
The first four are properties of the medium itself; only the fifth is a property of a particle. From these Yee derives further quantities used throughout the equations, including an outer-shell multiplier for the electron, three modifiers analogous to the g-factors of spin, orbital and total angular momentum, the fine structure constant, and gravitational coupling constants for the electron and proton.
Particles as standing waves
In EWT a particle is not an object but a standing-wave structure. Travelling longitudinal waves in the aether are reflected at a particle's core by wave centers; the reflected out-waves superpose with incoming in-waves to form spherical standing waves. Standing waves store energy — this is mass — and they persist outward only until the amplitude decays enough that the waves revert to travelling form. That transition marks the particle's radius.
The number of wave centers therefore sets both the radius and the energy. Yee calculates the electron at ten wave centers, which is why Ke = 10 appears as a constant throughout: at that value the standing-wave energy computes to 8.1871 × 10−14 joules, which he reports as matching the CODATA value for the electron to the digits given.
Photons, by contrast, are transverse waves in the same medium. Yee presents this as the unification of two energy expressions that mainstream physics keeps separate: particles and photons obey one wave equation and differ only in wave form — standing longitudinal waves for particles, transverse waves for photons.
Composite structure follows the same logic. In his treatment the proton is built from electrons and neutrinos, with cores separated by a fixed multiple of the electron wavelength giving a separation of about 1.13 femtometres, and the neutron differs by an electron at the centre whose ejection converts it to a proton — which he presents as consistent with beta decay.
Forces
The force chapter is the theory's most developed part. Yee defines force as the energy required to move a particle's wave center to the particle's edge, and identifies wave amplitude as the variable that causes motion, under a single governing principle:
Particles move to the point of minimal wave amplitude.
On this account the strong, electromagnetic and gravitational forces are the same force equation, differing only in how constructive and destructive interference modifies the particle's wave:
- Electric force — the baseline case, reproducing Coulomb's law from wave amplitude and separation.
- Magnetism — the same equation with c2 replaced by v2, i.e. a change in energy from rest.
- Gravitation — a gravitational coupling constant applied to wave amplitude, the energy loss being attributed to particle spin and converted to transverse energy. This makes gravity extraordinarily weak by construction rather than by assumption.
- Strong force — the short-range case, which he relates to the fine structure constant.
The weak force is discussed but, by Yee's own statement, has not been unified into the general force equation.
From the force equation he derives an acceleration equation intended to link Newton's F = ma with Coulomb's law, and offers as verification the calculated surface gravities of the planets of the solar system and the velocities of falling bodies. He also derives Coulomb's constant k and the gravitational constant G, reporting agreement with both the accepted values and their units — a point he presses as evidence that the wave model is the simpler one, since in EWT these are computed rather than measured inputs.
Yee has worked with Heinz-Dieter Hauger on The Geometry of Particle Standing Waves (2020), which addresses the spatial arrangement of wave centers within particles. His work sits alongside that of other wave-structure researchers documented on this wiki, including Declan Traill, and in the lineage of Milo M Wolff, Gabriel LaFreniere and Xavier Borg.
Most of his papers are posted to viXra and ResearchGate rather than submitted to conventional journals. He has also produced an extensive video series, on the grounds that the model is highly visual and better communicated in that form than in equations alone.
Standing
Energy Wave Theory is not accepted in mainstream physics, and Yee does not claim academic standing for it: he is a technology executive rather than an academic, and describes his goal as using the science to make advances in products rather than to win priority disputes.
Its interest for readers of this wiki lies in what it attempts rather than what it assumes. Where many critiques of modern physics are negative — showing that a standard argument fails — EWT is a constructive programme that commits to specific numbers, publishes its constants, and can therefore be checked. Whether the agreement Yee reports reflects genuine derivation or the fitting of constants to known results is the natural question to put to it, and the published constants make that question answerable in principle.
See also
- Jeff Yee
- Milo M Wolff — the wave structure of matter
- Gabriel LaFreniere
- Xavier Borg
- Declan Traill
- Aether