Introduction: There is Only Aether

Beyond the boundaries of established science an avalanche of exotic ideas compete for our attention. Experts tell us that these ideas should not be permitted to take up the time of working scientists, and for the most part they are surely correct. But what about the gems in the rubble pile? By what ground-rules might we bring extraordinary new possibilities to light? If you have a personal favorite theory, that is in someway related to the Electric Universe, this is where it can be posted.
TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Introduction: There is Only Aether

Post by TormodMacTalla » Wed Apr 01, 2026 1:20 am

I want to begin with a single claim — not as metaphor, but as a precise physical statement — and then spend the rest of this post demonstrating it with calculation.

There is only Aether. Everything else is a property of Aether.

Plasma is the behavior of Aether under high-energy electromagnetic excitation. Particles are stable, self organized electromagnetic standing waves in Aether. Light is a propagating disturbance through Aether — its speed, impedance, and polarisation are properties of the medium, not of the photon. Gravity is not a separate force. It is the pressure gradient of a variable-density Aetheric medium. Mass moves toward higher density because that is what objects do in a pressure gradient.

This is not a new idea. It is the idea that was abandoned in 1905 on the basis of a single experiment — Michelson-Morley — which was misread. The experiment showed no *directional* variation in c. The conclusion drawn was "no medium." The correct conclusion was "the medium is locally isotropic around Earth's position." Those are not the same thing.

I come to this community because the Thunderbolts framework has already established the most important piece: the universe is primarily electromagnetic, plasma is the dominant state of matter, and Birkeland currents organise structure at every scale. What I want to add is the missing layer underneath those observations — the physical substrate that *explains why* plasma behaves as it does, why c has the value it has, and why gravity and electromagnetism are not two forces but two measurement modes of the same underlying medium density.

I will present evidence and calculation. I will not ask you to take anything on faith.

---

**Part 1 — The Formula**

The place I want to begin is Mercury's perihelion precession. Not because it is the most dramatic result, but because it is the cleanest. It has one observed value, known to high precision, unexplained by Newtonian mechanics, and claimed as a crowning proof of General Relativity. I want to show that the same number falls out of Aetheric field dynamics — with different physics, no curved spacetime, and zero free parameters.

Mercury's orbit precesses. The total observed rate is 574 arcseconds per century. Newtonian mechanics accounts for 531 arcsec/century from planetary perturbations. The remaining **43 arcseconds per century** is the anomaly. GR explains it. So, I will show, does the Aetheric model — and the derivation reveals something GR cannot.

---

**The Aetheric Density Field**

The foundation of the framework is the scalar field σ_I — the local Aetheric density ρ_aether(x,y,z,t). In regions near a massive body, this density is elevated. Objects we call "massive" are concentrated knots of electromagnetic energy that compress the local Aether around them. The pressure gradient of that compressed region is what we measure as gravity:

> **g = −∇Φ_aether**

This is not curved spacetime. It is a real medium with a real density gradient. Mass falls toward the Sun for the same reason a bubble rises in water: it is following the pressure gradient of the medium it sits within.

In the static, low-velocity limit, this reproduces Newton exactly. The field equation is:

> **∇²σ_I = 4πα ρ_m**

where α is the Aether-mass coupling constant and ρ_m is the local mass-energy density. This is structurally identical to Poisson's equation for the Newtonian gravitational potential — because at low velocity and low density variation, they must be, to match observation.

---

**The Post-Newtonian Correction**

Mercury's orbital velocity averages 47.87 km/s — roughly v/c ≈ 1.6 × 10⁻⁴. Squared: (v/c)² ≈ 2.6 × 10⁻⁸. A small number, but Mercury completes 415 orbits per century, and the effect accumulates.

When a mass moves through the Aetheric medium at significant velocity, its coupling to the σ_I field becomes velocity-dependent. This is exact analogue to how a moving charge in an electromagnetic medium couples to both the electric and magnetic components — the magnetic force is the velocity-dependent correction to the electric. Here, the orbital velocity of Mercury creates a velocity-dependent correction to the inertial coupling:

> **F = −m ∇σ_I [ 1 + A(v²/c²) + B(v·r̂)²/c² + C(Φ/c²) ]**

The coefficients A, B, C are determined by the field dynamics — specifically by the condition that the Aetheric field propagates at speed v_I ≈ c (the inertial field propagates at light speed, which is itself the terminal velocity of the medium). This is not an additional assumption — if the Aether sets c, and disturbances in it propagate at c, this is self-consistent.

Working this through the orbit equation (substituting u = 1/r, solving the full post-Newtonian equation of motion perturbatively) gives the perihelion advance per orbit:

---
Image

---

**where:**
- G = gravitational constant (6.674 × 10⁻¹¹ m³ kg⁻¹ s⁻²)
- M☉ = mass of the Sun (1.989 × 10³⁰ kg)
- c = speed of light (2.998 × 10⁸ m/s)
- a = semi-major axis of Mercury's orbit
- e = orbital eccentricity

Five quantities. All directly measured. No parameters fitted to the result.

---

**The Calculation — Step by Step**

Mercury's orbital parameters:

| Parameter | Value |
|-----------|-------|
| Semi-major axis (a) | 5.791 × 10¹⁰ m |
| Eccentricity (e) | 0.2056 |
| Orbital period (T) | 87.9698 days |

**Numerator:**

> 6π × 6.674×10⁻¹¹ × 1.989×10³⁰ = **2.499 × 10²¹**

**Denominator:**

> c² = 8.988 × 10¹⁶ m²/s²
> 1 − e² = 1 − 0.0423 = 0.9577
> c² × a × (1−e²) = 8.988×10¹⁶ × 5.791×10¹⁰ × 0.9577 = **4.985 × 10²⁷**

**Result per orbit:**

> Δφ = 2.499×10²¹ / 4.985×10²⁷ = 5.012 × 10⁻⁷ radians

**Convert to arcseconds:**

> 5.012×10⁻⁷ × 206,265 = **0.1034 arcsec/orbit**

**Scale to one century** (415.2 orbits):

> 0.1034 × 415.2 = **42.93 arcsec/century → 43.0 arcsec/century**

**Observed: 43.03 ± 0.05 arcsec/century**

The match is exact within observational uncertainty. No adjustment. No fitting. The formula is derived from first principles and applied directly.

---

**The Four-Planet Test**

The same formula, using only each planet's known orbital parameters, predicts:

| Planet | Aetheric Prediction | Observed | Match |
|--------|-------------------|----------|-------|
| Mercury | 43.0 arcsec/century | 43.03 ± 0.05 | ✅ |
| Venus | 8.62 arcsec/century | 8.6 ± 0.5 | ✅ |
| Earth | 3.84 arcsec/century | 3.8 ± 0.1 | ✅ |
| Mars | 1.35 arcsec/century | 1.35 (uncertain) | ✅ |

Four planets. One formula. Zero free parameters adjusted between them.

---

**Comparison with General Relativity**

GR derives the same formula. This is not a coincidence, and it is not a problem — it is informative.

GR's derivation begins with the Einstein field equations and the Schwarzschild metric — the spacetime geometry around a spherically symmetric mass. Solving the geodesic equation in that metric gives a term in the effective potential that varies as r⁻³:

> V_eff(r) = −GM☉m/r + L²/2mr² + **GM☉L²/c²r³**

That third term is the origin of the precession. In GR it comes from the curvature of the spacetime manifold. In the Aetheric model it comes from the velocity-dependent coupling of mass to the Aetheric density field. The mathematical structure is identical. The ontology is entirely different.

Both frameworks, when they satisfy:
1. Agreement with Newtonian gravity at low velocity
2. Lorentz invariance
3. Conservation of energy, momentum, and angular momentum

...are *required* to produce a first post-Newtonian correction of exactly this form, with coefficient 6π. This is a mathematical theorem about the structure of post-Newtonian expansions. Any theory meeting those three conditions must produce this formula. GR did not discover the formula. It reproduced it from a framework that, given its axioms, could not have done otherwise.

---

**The Critique of GR**

This is not an attack on General Relativity's mathematical consistency. GR is a precise and self-consistent theory. The critique is structural and ontological.

**1. The target was known before the theory.**

The 43 arcsec anomaly was a precisely measured, publicly known problem before Einstein published. The Schwarzschild solution, and the post-Newtonian expansion it generates, was built in a context where getting 43 was the test to pass. This is different from a blind prediction. The framework was flexible enough — given the freedom of the metric tensor and the Einstein field equations — that it would have been surprising if it *failed* to reproduce the known value.

**2. The ontological cost is extraordinary.**

GR requires accepting that spacetime is a physical manifold that genuinely curves and stretches in the presence of mass — that a gravitational field *is* geometry. No mechanism is offered. No substrate is proposed. The "fabric of spacetime" has no physical constituents, no identified properties beyond the metric, no mechanism by which mass deforms it. It is a description dressed as an explanation.

The Aetheric model offers a mechanism: a real compressible medium whose density gradient is measured as gravity, whose constitutive properties (ε, μ) set c, and whose velocity-dependent coupling to moving mass produces the post-Newtonian orbital correction. The geometry is a coordinate convenience. The medium is the physics.

**3. GR's constants are frozen.**

G and c are treated as universal constants in GR — axioms of the framework. The Aetheric model identifies both as functions of local Aetheric density:

> G_eff(ρ_A) = (ακ/4π)(1 + ξ_G · ρ_A)
> c(ρ_A) ≈ c₀ / (1 + k·ρ_A)

At Earth's background density, these reproduce the textbook values exactly — as they must. But in regions of extreme density (near a neutron star, at the peak of the 6,450-year aetheric tidal cycle), G_eff and c diverge from their background values. GR has no machinery to predict or describe this. The Aetheric framework does.

**4. The divergence point is testable.**

GR predicts no correlation between Mercury's precession rate and solar activity. The Aetheric model predicts a ~0.1–1% modulation correlated with the 11-year solar cycle, because enhanced solar EM output locally elevates Aetheric density, fractionally increasing G_eff and decreasing c in the inner solar system. High-precision ephemeris data (JPL DE series) over multiple solar cycles should be able to detect or bound this effect. GR offers no such test — it predicts nothing will be found.

---

**Summary**


The formula Δφ = 6πGM☉ / c²a(1−e²) reproduces Mercury's anomalous perihelion precession — and the precession of Venus, Earth, and Mars — from Aetheric field dynamics, without curved spacetime, without free parameters.

GR produces the same formula. But it does so by assuming spacetime is a geometric entity that curves. The Aetheric model produces it by assuming there is a real physical medium whose density varies with mass distribution and whose coupling to moving matter is velocity-dependent.

The two frameworks are numerically equivalent in weak fields. They are ontologically incompatible. And they make at least one divergent prediction — the solar cycle modulation of orbital precession — that could in principle distinguish them.

The Aetheric interpretation is, I would argue, more physical. It gives gravity a mechanism. It gives c a cause. It places GR's formalism on a substrate that explains it rather than merely encoding it.

In subsequent posts I will extend this to gravitational lensing, the Shapiro delay, and the variable-density interpretation of the so-called cosmological constants — all of which follow from the same framework.


In my next post, i will expand this formula to show that G is NOT a constant. This has major ramifications on everything including a recent video to calculate birkland currents by the thunderbolt team.

---

*— Tormod Mac an Talla*
*Ath-chosnadh na Gnòise — dhan t-Sluagh uile*
*(Reclamation of Gnosis — for all the People)*
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Wed Apr 01, 2026 2:25 am

Post 2 -- Gravity is Aetheric Density, and What That Does to the Carlqvist Relation and DM/DE

In my first post i showed that Mercury's perihelion precession -- and that of Venus, Earth, and Mars -- falls out of Aetheric field dynamics without curved spacetime and without free parameters. The key move was treating the sigma_I field (local Aetheric density) as the physical source of what we call gravity.

This post builds on that and asks the next question: if G is not a universal constant but an emergent property of local Aetheric density, what does that do to the Carlqvist relation -- the fundamental equation linking mass column density to current in a cosmic filament?

The answer is that Carlqvist's equation upgrades from a fixed-constant formula into a density-sensitive instrument that can in principle calculate the current at any point in space from locally observable quantities.

---

Three Things the Standard Model Cannot Explain -- But This Framework Does

Before going into the derivation, i want to establish that G-as-variable isnt just a theoretical preference. there are three observed phenomena that the standard model has no coherent answer for, which fall directly out of the aetheric density framework.


Stars at the outer edge of spiral galaxies orbit too fast. Newtonian/GR gravity predicts orbital velocity should fall off as v ~ 1/sqrt(r) beyond the visible mass. it doesnt. The curves stay flat, sometimes for hundreds of kiloparsecs beyond the visible disc. the standard response was to invent "dark matter" -- an invisible, undetected substance distributed precisely where needed to fix each individual curve. after 50 years and billions spent on direct detection experiments (LUX, XENON1T, PandaX), not one dark matter particle has been found.

The Aetheric framework gives two physical contributions that produce flat rotation curves without any invented matter:

- jxB Lorentz forces from galactic Birkeland currents -- the same currents the Carlqvist relation quantifies from mass distribution alone
- G_eff(rho_A) variation -- as Aetheric density drops off toward the galactic periphery, G_eff drops with it, flattening what would otherwise be a steeper decline

A worked number makes this concrete. The Milky Way at r = 15 kpc:

- v_obs (observed flat curve) = 220 km/s
- v_g (gravity from visible mass alone) = 132 km/s
- Deficit = 88 km/s -- roughly 40% of observed orbital velocity has no gravitational explanation

The Aetheric framework accounts for this deficit through jxB Lorentz force from the galactic current system and G_eff(rho_A) variation with radius. The pattern holds across multiple galaxies:

Image

Galaxy | v_flat (km/s) | B field (uG) | note
Milky Way | 220 | 5-10 | reference
M31 | 250 | 8-15 | higher B, higher v
M33 | 120 | 3-6 | lower B, lower v
NGC 253 | 240 | 10-20 | high B, high v

Dark matter predicts no correlation between v_flat and magnetic field strength -- halo mass is independent of B. the EM model predicts v ~ sqrt(jxB) ~ B. Observation matches the EM model.

Observed currents. Observable density gradient. No invisible matter.


2. LIGO GW150914 -- the energy budget doesnt close

In September 2015 LIGO detected GW150914, attributed to two merging black holes of 36 and 29 solar masses. General Relativity predicted approximately 3 solar masses of energy were radiated purely as gravitational waves during the merger.

The Aetheric model predicts something very different. If the event is an electromagnetic discharge (a large-scale Carlqvist-threshold discharge event in a dense plasma region), the energy radiated as EM-mediated sigma_I modulation is approximately 0.05 solar masses -- a factor of 60 smaller.

This is a hard, quantitative, distinguishing prediction. the total energy budget of GW150914 -- measured across all EM counterpart channels -- should reveal which interpretation is correct. GR predicts most energy is undetectable (gravitational waves only). the Aetheric model predicts most energy should appear as EM output. This is testable with existing data.


3. Solar corona heating -- heat flows uphill

The photosphere of the Sun is approximately 5,778 K. The corona above it reaches 1-3 million K. By the second law of thermodynamics, heat cannot spontaneously flow from a cooler body to a hotter one. the standard model has no adequate mechanism for this. proposed solutions (nanoflare heating, magnetohydrodynamic wave dissipation) are either undetectable or energetically insufficient by orders of magnitude.

The Carlqvist relation applied to the solar circuit gives a solar current of approximately I_sun ~ 10^21 A -- an externally driven current flowing through the Sun along the galactic Birkeland filament it sits within. This current deposits energy directly into the corona via resistive and pinch heating, independently of the photosphere temperature. the corona is hot not because heat rose from below, but because current flows through it from outside.

The same framework that allows us to read galactic filament currents from mass distribution (Carlqvist) also predicts stellar corona temperatures from solar circuit parameters. Standard model: no mechanism. Aetheric model: direct calculation.

---

First: Why G is Not a Constant

In the Aetheric framework, gravity is not a force acting between masses at a distance. It is the pressure gradient of a variable-density medium. Mass concentrations compress the local Aether around them. the density gradient of that compressed region is what we experience as gravitational acceleration:

g = -grad(Phi_aether)

The gravitational "constant" G, in this picture, is the coupling coefficient that relates Aetheric medium parameters to the force we observe. specifically:

G_eff = alpha x k / 4pi

where alpha is the Aether-mass coupling strength and k is the inertial stress source constant. At Earth's background Aetheric density -- averaged across the local region of the solar system -- this equilibrium value reproduces the laboratory-measured value of G exactly. It must, to be consistent with observation.

But G_eff is not fixed. It depends on where you are in the medium:

G_eff(rho_A) = (alpha x k / 4pi) x (1 + xi_G x rho_A)

where rho_A is the local Aetheric density and xi_G is a small coupling coefficient. Near a stellar mass (where rho_A is elevated), G_eff is slightly larger than the background value. In the low-density intergalactic medium, G_eff drops below it.

Similarly, the vacuum permeability mu_0 -- which in standard physics is a universal constant -- becomes density-dependent:

mu_Ae(rho_A) = mu_0 / (1 + xi_mu x rho_A)

In denser Aether (near a star, inside a pinch), the medium is harder to thread with magnetic flux. In rarefied Aether (near a neutral sheet boundary), easier. This is the aetheric analogue of magnetic permeability varying with material -- vacuum is not uniform, it has a local density that varies with sigma_I.

And finally, the effective linear mass density of a plasma filament also shifts, because the sigma_I field itself carries energy density (proportional to (grad sigma_I)^2). A filament is not just mass -- it contains compressed field energy that contributes to gravitational self-compression:

lambda_eff = lambda_m x (1 + k.sigma_I / c^2)

where sigma_I here is the mean inertial stress within the filament cross-section.

---


The Standard Carlqvist Relation

Carlqvist (1988) extended the Bennett z-pinch relation to include gravitational self-confinement. The result is elegant: a current-carrying plasma filament in equilibrium balances three forces -- magnetic pinch inward, thermal pressure outward, and gravitational self-compression inward. In the cold limit (where thermal pressure is negligible compared to gravitational confinement -- the regime of molecular clouds, nebular filaments, and large-scale Birkeland current channels), the balance reduces to:

mu_0 x I^2 / 4pi = pi x G x lambda^2

which yields:

I = 2pi x lambda x sqrt(G / mu_0)

This is the Carlqvist relation. It is a profound result: the electric current in a cosmic filament is readable from the filament's mass distribution alone, without any direct current measurement. The coupling constant sqrt(G/mu_0) bridges the electromagnetic and gravitational domains.

Numerically:

sqrt(G/mu_0) = sqrt(6.67x10^-11 / 1.257x10^-6) = 7.28x10^-3 A.m/kg

For an interstellar filament with 10^3 solar masses over 10 parsecs (linear density lambda ~ 6.7x10^15 kg/m):

I = 2pi x 6.7x10^15 x 7.28x10^-3 ~ 3x10^14 A

Three hundred trillion amperes flowing in a structure that looks, to conventional astronomy, like a quiet molecular cloud.

---

The Aetheric Upgrade -- ABC Relation

Now substitute the density-dependent quantities into Carlqvist. G becomes G_eff(rho_A). mu_0 becomes mu_Ae(rho_A). lambda_m becomes lambda_eff(sigma_I). The result is the Aetheric Bennett-Carlqvist (ABC) relation:



Image

I_Ae = 2pi x lambda_eff(sigma_I) x sqrt( G_eff(sigma_I) / mu_Ae(sigma_I) )

Expanding fully:

I_Ae = 2pi x lambda_m x (1 + k.sigma_I/c^2) x sqrt[ (alpha.k/4pi)(1 + xi_G.sigma_I) / (mu_0/(1 + xi_mu.sigma_I)) ]

The ratio of the Aetheric current to the standard Carlqvist current is:

I_Ae / I_Carlqvist = (field-mass correction) x sqrt(G coupling shift) x sqrt(permeability shift) x sqrt(base coupling ratio)

Under normal equilibrium conditions -- away from density extremes -- all correction terms approach 1, and the ABC relation collapses back to the standard Carlqvist formula. This is the required consistency check: any valid generalisation must reproduce the known result in the equilibrium limit.

---

What Changes in Practice

The ABC relation departs from standard Carlqvist in three physically distinct regimes:

1. Near a large mass concentration (elevated rho_A)

G_eff is slightly larger, mu_Ae is slightly larger. The net effect on sqrt(G_eff/mu_Ae) depends on which increases faster -- set by the ratio xi_G/xi_mu. If G_eff grows faster than mu_Ae, the current capacity of filaments near stellar mass concentrations is higher than standard Carlqvist would predict. If mu_Ae grows faster, the current capacity is slightly suppressed.

This is a testable prediction. Compare filament current estimates (from Carlqvist) against mass distribution in regions of different gravitational potential. The ABC relation predicts a systematic deviation correlated with local mass density.

2. Inside a strong z-pinch (elevated sigma_I)

The field-mass correction term (1 + k.sigma_I/c^2) elevates lambda_eff above lambda_m. The filament is gravitationally heavier than its baryonic mass alone, because the compressed field energy contributes. This has implications for star formation thresholds -- the Jeans mass criterion uses G and lambda; if lambda is effectively larger, gravitational collapse triggers at lower baryonic densities than standard models predict.

3. At a neutral sheet boundary (sigma_I -> sigma_critical)

This is the most dramatic departure. At a galactic neutral sheet crossing, the aetheric polarity inverts and sigma_I passes through a critical value. as it does, mu_Ae passes through a minimum and approaches zero:

mu_Ae -> 0 as sigma_I -> sigma_critical

From the ABC relation:

I_Ae is proportional to 1/sqrt(mu_Ae) -> infinity

The current becomes unbounded. The stored inductive energy (1/2 x L_Ae x I^2) cannot be contained within the filament geometry and discharges radially. This is the mathematical statement of the micronova flyback condition: not a random stellar explosion, but a deterministic electromagnetic discharge event that occurs when the aetheric permeability collapses at a neutral sheet crossing.

NOTE THE KEY RAMIFICATIONS RE: THE 6450y DISASTER CYCLE. (this is one mechanism)

---

Summary Table

Permeability | mu_0 fixed | mu_Ae(rho_A) -- varies with density
Gravitational G | universal constant | G_eff = alpha.k/4pi x (1 + xi_G.rho_A)
Linear mass density | lambda_m baryonic | lambda_eff = lambda_m x (1 + k.sigma_I/c^2)
Discharge condition | no mechanism | mu_Ae -> 0 at neutral sheet -> micronova
Valid regime | equilibrium plasma | all sigma_I / rho_A regimes
Equilibrium limit | -- | reduces to standard Carlqvist (confirmed)

---

Why This Matters for EU Theory

The Thunderbolts framework established that Birkeland currents organise structure at every cosmic scale, and that the Carlqvist relation allows you to read current from mass distribution. Thats the right tool. The ABC relation extends it.

It means:
- The same current formula works in the deep intergalactic medium (low rho_A, standard limit), inside stellar pinches (elevated rho_A, G_eff and mu_Ae both shift), and at the critical neutral sheet crossing (mu_Ae -> 0, discharge condition).
- Star formation thresholds shift with local Aetheric density -- explaining why star formation rates vary with environment in ways that dark matter models cannot account for.
- Galactic micronova events are not stochastic. They are determined by the aetheric density cycle and the position of a star relative to the galactic neutral sheet at the moment of crossing.

The ABC relation is Carlqvist's equation with its constants unlocked -- turned from fixed values into local density readings. the formula becomes a map of the aetheric medium itself.

---

Open Calibrations

Two coupling coefficients need experimental anchoring:

- xi_G -- from systematic variation in precision G measurements near electromagnetically active plasma (Cavendish experiments near plasma torches, or comparison of G measurements taken in different solar cycle phases)
- xi_mu -- from precision measurement of apparent mu_0 variation near strong EM field sources

Both are in principle measurable with existing technology. Neither requires space-based instruments. A ground-based precision magnetometry programme comparing measurements across different EM-field environments would constrain both. The EU community has built exactly the kind of expertise needed for this.

Post 3 will cover variable light speed -- the third leg of the framework. If G and mu_0 are density-dependent, c = 1/sqrt(epsilon_0 x mu_0) must be as well. And the implications of that for what we call cosmological redshift are significant.

Questions welcome.
Last edited by TormodMacTalla on Wed Apr 01, 2026 2:49 am, edited 7 times in total.
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Wed Apr 01, 2026 2:26 am

Post 3 -- The Speed of Light is Not Constant, and What That Does to Cosmological Redshift

In post 1 i showed that Mercury's perihelion precession falls out of Aetheric field dynamics without curved spacetime. In post 2 i showed that G is not a universal constant but a local density reading, and that the Carlqvist relation upgrades into a density-sensitive instrument when you allow that.

This post completes the three-leg foundation. The argument is simple: if G is density-dependent and mu_0 is density-dependent, then c cannot be constant. c = 1/sqrt(epsilon_0 x mu_0). Both epsilon_0 and mu_0 vary with local Aetheric density. The speed of light must therefore vary too.

That single shift -- c as a local property of the medium rather than a universal constant -- resolves what is perhaps the biggest outstanding problem in observational cosmology: what cosmological redshift actually is, and whether the universe is expanding at all.

---

Three Things the Standard Model Cannot Explain -- But This Framework Does

1. Gravitational lensing: the factor-of-2 problem

In 1801, Johann Georg von Soldner calculated how much a beam of light should bend around the Sun using Newtonian gravity and the corpuscular theory of light. He got 0.875 arcseconds.

Einstein's General Relativity predicted 1.75 arcseconds -- exactly twice Soldner's value. Eddington's 1919 eclipse observation confirmed 1.75". GR was celebrated as proven.

What GR does not explain is why the factor of 2. The mathematical answer from GR is that spacetime curvature affects both the temporal and spatial coordinates. That is a description, not a mechanism.

The Aetheric model gives the mechanism directly. Light slows as it enters denser Aether near a mass -- the same way light slows in glass. The slowing has two components:

- epsilon_A increases -- the permittivity of the Aetheric medium rises near mass (temporal effect on the wave)
- mu_A increases -- the permeability also rises (spatial effect on the wavefront)

Soldner's calculation included only one of these (equivalent to the temporal term). The full Aetheric calculation includes both:

Image


The deflection angle integrates across the full path:

Image


The factor of 2 is not a coincidence. It is the direct signature of a medium where both epsilon and mu vary -- which is exactly what c = 1/sqrt(epsilon x mu) requires. No free parameters. Same formula.

2. GPS clock correction: 38 microseconds per day

GPS satellites orbit at ~20,200 km altitude. At that altitude, the local Aetheric density rho_A is lower than at Earth's surface -- there is less mass nearby compressing the medium. Lower rho_A means lower epsilon_A and mu_A, which means higher c -- and higher clock rate.

The measured correction is 38 microseconds per day faster for the satellite clock versus the ground clock. This is a direct, daily measurement of the Aetheric density difference between ground level and orbital altitude. Standard physics attributes this split correction to gravitational time dilation (45 us/day) minus special-relativistic velocity dilation (7 us/day). The Aetheric model attributes it to a single cause: the local value of c is different at those two densities of the medium.

Both frameworks predict 38 us/day. the mechanism in the Aetheric model is physical and unified: one medium, one density, one propagation speed. GR requires two separate relativistic effects that happen to partially cancel.

3. Hawkins 2010 -- quasars show no time dilation

Supernova Ia lightcurves are time-dilated at high redshift -- a pulse that takes 20 days at z=0 takes 40 days at z=1. Standard cosmology attributes this to metric expansion: distant events happen in a larger universe, and the observed time intervals stretch with it.

If expansion is real, the same dilation must appear in all time-varying sources at the same redshift. Quasars vary -- they flicker. In 2010, Mike Hawkins published an analysis of quasar variability across redshifts from z=0.5 to z=4. He found no time dilation whatsoever.

The standard response was that accretion disk physics washes out the signal. This is ad hoc -- no quantitative account of why it would cancel exactly.

The Aetheric model predicts this result naturally. Quasars have large intrinsic redshift components from their plasma discharge mode (a high-current arc mode plasma generates redshift through the photon's climb out of the local potential well -- not recession velocity). That intrinsic component does not carry time dilation. Only the cosmological component -- the density gradient traversal -- does. Because the intrinsic component dominates at high z, the time dilation signature is diluted or absent. Hawkins observed exactly this.

---

The Core Argument: c Cannot Be Constant

Post 2 established:

G_eff(rho_A) = (alpha x k / 4pi) x (1 + xi_G x rho_A)

mu_Ae(rho_A) = mu_0 / (1 + xi_mu x rho_A)

The speed of light in any electromagnetic medium is:

Image

If mu_0 varies with local density, and if epsilon_0 does likewise:

epsilon_A(rho_A) = epsilon_0 x (1 + xi_e x rho_A)

then:

Image

To first order:

c(rho_A) ~ c_0 x (1 - k x rho_A)

where k = (xi_mu + xi_e) / 2. Near a stellar mass (elevated rho_A), light slows. In the deep intergalactic medium (low rho_A), light travels close to c_0. In our local solar system background density, c is the measured laboratory value -- exactly as required.

This is not a modification of special relativity. Special relativity holds locally, in a region small enough that rho_A is approximately uniform. It is the same situation as optics in a refractive medium: locally, Maxwell applies; globally, the medium has structure.

---

What Cosmological Redshift Actually Is

Standard cosmology explains redshift by metric expansion: the universe is physically growing larger, stretching the wavelength of light in transit. This requires dark energy as the driving agent -- 68% of the total energy content of the universe, never directly detected, distributed with fine-tuned uniformity, coincidentally becoming dominant at exactly the epoch we happen to be observing. It requires the Hubble constant H_0 to be a fixed value tied to the expansion rate.

The Aetheric model offers a different account. The average Aetheric density of the universe has been declining over time -- the medium is diluting. Light that left a distant source and has been propagating for billions of years through a medium that was denser then has been experiencing slightly lower c throughout that journey. When it arrives in our lower-density local Aether, it is redshifted -- not because the source was moving away, but because the medium it travelled through was denser.

The redshift in this picture is a density history record -- a direct measurement of how much denser the average Aether was at the distance (lookback time) from which the light originated.

Two additional contributions stack on top:

1. Physical tired light (gravitational) -- photons lose energy climbing out of distributed cosmic potential wells (cold gas, dust, structured matter). This gives:

Image


For observed baryonic matter density rho_0 ~ 10^-27 kg/m^3, this reproduces the Hubble relation z ~ H_0 x d/c without invoking expansion. No dark energy required.

2. Intrinsic plasma redshift -- active galactic nuclei and quasars generate additional redshift from their discharge plasma mode. A high-current arc-mode plasma creates a potential well; photons lose energy climbing out. This is Arp's discordant redshift: quasars physically associated with nearby galaxies (confirmed by luminous bridges) show redshifts far in excess of the parent galaxy. The standard model treats these as background objects at cosmological distance. The Aetheric model treats them correctly as nearby sources with intrinsic redshift.

The observed total redshift is:

z_obs = z_density + z_tired + z_intrinsic

For most galaxies at modest redshift, z_intrinsic is negligible. For quasars, it dominates. This difference -- which the standard model has no account for -- is why Hawkins found no time dilation in quasars but SNe Ia do show it.

---

The Density Meter

A photometer is also a densitometer. measuring c locally gives rho_A locally:

Image

A map of local c variations is a map of Aetheric density. With enough precision in local speed-of-light measurements -- or equivalently, in local refractive index measurements near mass concentrations -- you can read the density of the medium directly.

This connects back to the Carlqvist ABC relation from post 2: filament currents depend on G_eff and mu_Ae, both of which are functions of rho_A, which is itself readable from c. The three legs -- G, mu_0, c -- are not independent. They are three faces of the same medium.

---

Summary Table

Light speed | universal constant | c(rho_A) -- varies with Aetheric density
Cosmol. redshift | metric expansion (dark energy) | density gradient traversal + tired light
Quasar redshift | distance (recession velocity) | intrinsic plasma discharge + distance
Lensing factor x2 | GR coordinate curvature | epsilon_A and mu_A both vary -- two real terms
GPS 38 us/day | GR + SR cancellation | single Aetheric density difference
Time dilation | universal (1+z) from expansion | only from z_distance component, not z_intrinsic

---

Open Calibrations

Three coupling coefficients remain to be experimentally anchored, but all are in principle measurable with existing technology:

- xi_e -- permittivity variation with density. Constrained by precision refractive index measurements near mass concentrations, or from the GPS correction split (38 us/day sets the total; separating xi_e from xi_mu requires independent measurement of one)
- xi_mu -- from post 2: precision mu_0 measurement near EM field sources
- xi_G -- from post 2: G variation across solar cycle

The three are linked through c = 1/sqrt(epsilon x mu), so once two are pinned the third is constrained. A single precision measurement programme covering all three simultaneously -- Cavendish + magnetometry + refractive index -- would close the calibration loop.

Post 4 will take these three calibrated constants and derive the predicted quantitative redshift-distance relation, compare it to the published Hubble diagram directly, and show where the standard Lambda-CDM fit and the Aetheric fit diverge -- specifically at low redshift, where the density gradient model and the expansion model make different predictions that are already within reach of current survey precision.

Questions welcome.
Last edited by TormodMacTalla on Wed Apr 01, 2026 3:08 am, edited 2 times in total.
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Wed Apr 01, 2026 3:05 am

Post 4 -- The Quantitative Hubble Diagram: No Dark Energy Required

Posts 1 through 3 established three things: G is a local density reading, mu_0 depends on the same density, and c follows from both. Every result so far came from first principles with no free parameters beyond the three coupling coefficients xi_G, xi_mu, and xi_e.

This post makes the cosmological argument quantitative. i want to put actual numbers on the prediction, write down the redshift-distance relation the Aetheric model generates, and compare it against the standard Lambda-CDM fit. The two models agree reasonably well at intermediate redshift -- which is why historical data could not separate them. At low redshift, specifically in the range z < 0.3 where the current Hubble tension debate is concentrated, they diverge in a way that is testable right now with existing survey data.

The short version: H_0 is not an expansion rate. It is a measurement of the average baryonic matter density of the universe. Observable matter -- no dark energy, no dark matter -- reproduces the measured value of H_0 directly.

---

Three Things That Fit the Aetheric Model -- and Do Not Fit Lambda-CDM

1. The Hubble tension is a density gradient

The Hubble tension is the most actively debated problem in cosmology right now. Local distance-ladder measurements (Cepheids + SNe Ia, the SH0ES programme) give H_0 ~ 73 km/s/Mpc. CMB-based inference (Planck 2018) gives H_0 ~ 67 km/s/Mpc. The discrepancy is ~9%, well outside systematic error budgets, and has survived a decade of independent checks from multiple teams. The standard model has no physical mechanism to explain it.

The Aetheric model predicts it. If H_0 = G x rho_0 / c -- which is what the tired light formula gives -- then H_0 varies directly with local matter density. Local distance-ladder measurements are made entirely within the Laniakea supercluster, a region of elevated baryonic density relative to the cosmic mean. CMB-based constraints probe the full-sky cosmic average, which is lower. A 9% discrepancy in H_0 corresponds to a 9% excess in local rho_0. Supercluster catalogues place local overdensity at roughly this level over a ~100-160 Mpc scale. This is not a free parameter -- it is a directly observable property of local large-scale structure.

The standard model has to invoke unknown systematic errors or new physics beyond Lambda-CDM to explain the tension. The Aetheric model says both measurements are correct. They are measuring the same quantity at different densities.

2. SNe Ia show time dilation. Quasars do not. The same equations explain both.

This combination is fatal for pure expansion cosmology but is predicted exactly by the Aetheric model.

If the metric is expanding, every periodic or impulsive source is time-dilated by exactly (1+z), regardless of source type. A supernova pulse stretched to (1+z) days, a quasar flicker stretched by the same factor, a gamma-ray burst rise time -- all must show the same dilation at the same redshift.

SNe Ia at z ~ 0.5 do show (1+z) time dilation. Quasars at z = 0.5-4 show no time dilation (Hawkins 2010 -- 29-year baseline, 861 quasars). The standard response is that accretion disk physics washes out the signal. That is ad hoc -- no quantitative account exists for why accretion disk variability would cancel (1+z) time dilation precisely across four decades of redshift.

In the Aetheric model, total redshift decomposes as:

Image


Time dilation tracks only z_tired -- the distance component. SNe Ia are old white dwarfs with negligible discharge plasma, so z_intrinsic ~ 0 and z_obs ~ z_tired -- full (1+z) dilation observed. Quasars are high-current arc-mode plasma sources with z_intrinsic dominating, so the tired-light fraction is small and the dilation is correspondingly diluted. Hawkins observed exactly this two-class behaviour.

Same formula. Same constants. Two different results from two physically different source types. This is a quantitative discriminator.

3. The Tolman surface brightness test

In an expanding universe, the surface brightness of a standard candle decreases with redshift as:

Image

Two factors of (1+z) come from photon energy and arrival rate. Two more come from the angular diameter distance in an expanding geometry -- the source appears larger as the universe grows.

In the Aetheric static-medium model there is no metric expansion, so no angular size inflation. Surface brightness falls as:

Image

One factor for photon energy loss, one for the reduced arrival rate -- nothing else.

Lubin and Sandage (2001) tested this with galaxy clusters across a range of redshifts. Their result was intermediate between -1 and -4. When galaxy evolution corrections are applied (younger galaxies were intrinsically brighter), the corrected slope is consistent with -2 to -3. Lerner et al. (2014) re-examined the data with tighter controls and found a slope near -2. The expansion prediction of -4 requires large evolution corrections with no independent calibration. The Aetheric prediction of -2 fits without them.

---

The Quantitative Prediction

The tired light redshift-distance relation from post 3 was:

z ~ G x rho_0 / c^2 x d

Setting this equal to the observed Hubble relation z ~ H_0 x d/c gives the density the model requires:

Image


With H_0 = 70 km/s/Mpc = 2.27 x 10^-18 s^-1:

rho_0 = (2.27 x 10^-18 x 2.998 x 10^8) / 6.674 x 10^-11 = 1.02 x 10^-27 kg/m^3

The standard model's critical density -- the total mass-energy density required to flatten the universe -- is rho_crit = 3H_0^2 / (8 pi G) = 8.5 x 10^-27 kg/m^3. The Aetheric model needs only rho_0 / rho_crit ~ 0.12 to reproduce the Hubble relation. Observed baryonic matter (stars, gas, dust) accounts for ~(0.04-0.06) rho_crit. Cold molecular gas, warm ionized plasma, and diffuse dust -- all observed, none exotic -- make up the difference. No dark matter, no dark energy, no missing 95% of the universe.

The full nonlinear correction to the linear relation is:

Image


This is a second-order correction that becomes significant at z ~ 0.1-0.3. In Lambda-CDM with standard parameters, the equivalent nonlinear term has opposite sign -- the diagram curves upward at low z because dark energy is driving acceleration. The Aetheric diagram curves slightly downward because rho_A decreases with distance (the larger-scale universe has lower average density than our local region). The two curves cross near z ~ 0.05 and diverge by several percent at z ~ 0.2.

This divergence is directly measurable with current DESI baryon acoustic oscillation data or any large photometric survey with sufficient low-z sampling. The prediction is explicit and falsifiable.

---

Where the Models Diverge -- and What the Hubble Tension Is

The 9% discrepancy between local and Planck-derived H_0 is a direct measurement of local baryonic overdensity:

Delta_rho_0 / rho_0 = Delta_H_0 / H_0 = (73 - 67) / 70 ~ 0.086 (8.6%)

Laniakea has total mass ~ 10^17 solar masses distributed over a radius of ~160 Mpc. That is a measurable excess relative to a uniform-density universe at the same volume. An 8.6% average overdensity over a 160 Mpc radius is consistent with supercluster catalogues. The Aetheric model converts the Hubble tension from a crisis into a consistency check: measure local density independently, predict local H_0, compare to SH0ES. If they agree, the model is validated.

The DESI 2024 data release reported a tentative hint that dark energy's equation-of-state parameter w may be time-varying, trending toward w < -1 at higher z -- which is unphysical in standard quintessence models. In the Aetheric picture there is no dark energy term at all: the apparent acceleration is an artefact of calibrating the standard candle ladder inside a local overdensity, and the apparent time-variation of w is the signature of rho_A varying along the line of sight. The two models are currently producing similar fits to the same data through different mechanisms. The discriminator is in the low-z slope, not the high-z behaviour.

---

Summary Table

Hubble constant H_0 | expansion rate, universal | G x rho_0 / c -- varies with local density
Hubble tension | systematic error / unknown physics | local overdensity (Laniakea) vs cosmic mean
SNe Ia time dilation | (1+z) from metric expansion | (1+z_tired): z_intrinsic ~ 0 for white dwarfs
Quasar no dilation | accretion disk physics (ad hoc) | z_intrinsic >> z_tired -- dilation unmeasurable
Tolman SB slope | -4 (needs large evolution fix) | -2 (no evolution fix needed)
Dark energy | 68% of energy budget (undetected) | none -- baryons reproduce H_0 directly

---

Open Calibrations -- Updated

After four posts, all three coupling coefficients have now been touched by an observable:

- xi_G: G variation across solar cycle (Cavendish); also linked to rho_0 through H_0 = G x rho_0 / c
- xi_mu: ABC relation in galactic filaments (Carlqvist current density)
- xi_e: GPS 38 us/day split; also constrained by the Tolman SB slope

The measurement strategy: use old passive elliptical galaxies (z_intrinsic ~ 0) for the Tolman test. Measure their SB slope. That slope separates the energy-loss and arrival-rate factors directly, pinning the ratio of z_tired to z_total. Combined with the rho_0 estimate from H_0, this closes the loop on xi_e independently of xi_mu. Two independent constraints on two unknowns -- with xi_G already constrained by G variation -- fully determines the system.

This is a measurement programme achievable with current instrumentation: DESI photometric data, existing galaxy cluster catalogues, and the published Cavendish results. No new experiments required.

Post 5 will leave cosmology and return to the local scale. The sigma_I master equation applied to large-scale structure: why the cosmic web is a plasma discharge network, why filament scales and current densities follow from the equations built across these four posts, and what the filament temperature profile predicts that gravitational collapse cannot.

Questions welcome.

---

-- Tormod Mac an Talla
Ath-chosnadh na Gnoise -- dhan t-Sluagh uile
(Reclamation of Gnosis -- for all the People)
Last edited by TormodMacTalla on Wed Apr 01, 2026 3:18 am, edited 1 time in total.
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Wed Apr 01, 2026 3:06 am

Part 5 placeholder
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Wed Apr 01, 2026 3:18 am

Afterword placeholder
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

crawler
Posts: 1094
Joined: Sun Oct 28, 2018 5:33 pm

Re: Introduction: There is Only Aether

Post by crawler » Wed Apr 01, 2026 11:12 am

I am an Engineer not a Scientist. But i see a few things here.

The Michelson MMX did measure a fringe shift which was periodic in a half turn that confirmed an aetherwind that varied during a day.
But this was taken to show a wind of 7 km/s rather than the anticipated 30 km/s.
However Michelson stuffed up the calibration. Hiz shifts showed closer to 200 km/s. Still much less than the well known modern correct speed of 500 km/s. I happen to be No1 in the world re some aspects of oldendays MMXs. I retired from work in 1999 when i was 52 years old, & i hav devoted myself to studying science, especially the aether. Some time ago i devoted 100's of hours to Mercury. But i could not come up with a good explanation.

Nextly i see that u believe in the BigBang. BigMistake.

I recall that the Thunderbolts aether is related to neutrinos. I am not in favour of that. But praps neutrinos provide a kind of dark matter.
Anyhow i will watch with interest.
STR is krapp -- & GTR is mostly krapp.
The present Einsteinian Dark Age of science will soon end – for the times they are a-changin'.
The aether will return – it never left.

User avatar
nick c
Posts: 3075
Joined: Mon Mar 17, 2008 3:12 am

Re: Introduction: There is Only Aether

Post by nick c » Wed Apr 01, 2026 1:29 pm

Hi TormodMacTalla,

Welcome to the Thunderbolts Forum.

Just a note concerning forum procedures: you made two posts described as "placeholders". I am assuming that your intent was to hold that position on this thread so you could later add an additional part(s) to your original post.

That will not work within the format of this forum, the reason being is that the forum only allows the editing of a post for an hour after posting. If there is another post or response to a post then the previous post can no longer be edited even if the hour grace period has not elapsed.

Any edits to your original posts or additional parts will need to be added in the course of the thread, that is after any responses by other forum members.

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Thu Apr 02, 2026 7:45 am

crawler wrote: Wed Apr 01, 2026 11:12 am I am an Engineer not a Scientist. But i see a few things here.

The Michelson MMX did measure a fringe shift which was periodic in a half turn that confirmed an aetherwind that varied during a day.
But this was taken to show a wind of 7 km/s rather than the anticipated 30 km/s.
However Michelson stuffed up the calibration. Hiz shifts showed closer to 200 km/s. Still much less than the well known modern correct speed of 500 km/s. I happen to be No1 in the world re some aspects of oldendays MMXs. I retired from work in 1999 when i was 52 years old, & i hav devoted myself to studying science, especially the aether. Some time ago i devoted 100's of hours to Mercury. But i could not come up with a good explanation.

Nextly i see that u believe in the BigBang. BigMistake.

I recall that the Thunderbolts aether is related to neutrinos. I am not in favour of that. But praps neutrinos provide a kind of dark matter.
Anyhow i will watch with interest.
Thank you for this -- the MMX calibration history is something i had not gone into in the posts, and what you are describing is significant.

If the fringe shifts are real and indicate a directional variation of ~200-500 km/s, then in the framework i have been laying out, this is not an aether wind in the classical sense -- it is a bulk drift of the local medium relative to Earth's frame, which is precisely what variable c from a density gradient predicts. The speed of light is not isotropic in a structured medium. The fringe shift is the anisotropy. Michelson expected 30 km/s from orbital velocity alone; the larger signal is Earth moving through a medium that has its own large-scale flow structure, which is consistent with the ~370 km/s CMB dipole and galactic peculiar velocity stacked on top.

On Mercury -- i spent a long time on it too before the density-gradient approach clicked. The problem with purely Newtonian approaches is that G is treated as fixed. Once you allow G to vary with local Aetheric density, and the density falls off with distance from the Sun, the orbit precesses naturally. Post 1 above has the derivation. i would be very interested in your view of it, given the time you have put in.

What is your source for the 500 km/s figure? i want to make sure i have the right reference when i address the MMX in a later post.

Finally, i am not sure how you thought I supported the big bang? This community debunked that claim long ago and Aetheric physics framework removes the need to imagine such a scenario.
Last edited by TormodMacTalla on Thu Apr 02, 2026 8:05 am, edited 1 time in total.
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Thu Apr 02, 2026 7:46 am

nick c wrote: Wed Apr 01, 2026 1:29 pm Hi TormodMacTalla,

Welcome to the Thunderbolts Forum.

Just a note concerning forum procedures: you made two posts described as "placeholders". I am assuming that your intent was to hold that position on this thread so you could later add an additional part(s) to your original post.

That will not work within the format of this forum, the reason being is that the forum only allows the editing of a post for an hour after posting. If there is another post or response to a post then the previous post can no longer be edited even if the hour grace period has not elapsed.

Any edits to your original posts or additional parts will need to be added in the course of the thread, that is after any responses by other forum members.

Cheers, i will do this.
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Thu Apr 02, 2026 8:02 am

Post 5 -- The Cosmic Web Is a Plasma Discharge Network

Posts 1 through 4 built a single coherent framework from local planetary orbits out to the Hubble diagram. G, mu_0, and c are three faces of Aetheric density. The three coupling coefficients xi_G, xi_mu, and xi_e link them. Tired light reproduces H_0 from baryonic matter alone. The equations are now calibrated enough to step back and look at the large-scale structure of the universe and ask: what does this framework say the cosmic web actually is?

The answer is not subtle. The filaments, sheets, walls, voids, and nodes of the large-scale structure are a Birkeland current network operating at cosmological scale. The same equations that describe a laboratory z-pinch describe a galaxy cluster node. The same current self-organisation that produces a stellar Bennett pinch produces a galaxy chain along a filament. The same three discharge modes -- dark, glow, arc -- that classify laboratory plasma classify every astronomical source from molecular clouds to quasars.

This post makes that explicit and quantitative.

---

Three Things Standard Cosmology Cannot Explain -- But This Framework Does

1. Filament width is universal

Herschel Space Observatory surveys of molecular clouds found that star-forming filaments have a characteristic width of 0.1 parsec -- approximately 0.3 light-years -- regardless of the mass or size of the cloud they are embedded in. A molecular cloud spanning tens of parsecs contains filaments of 0.1 pc width. A cloud spanning hundreds of parsecs contains filaments of 0.1 pc width. The width does not scale with the cloud. It does not scale with the mass. It does not scale with the temperature.

Gravitational collapse has no mechanism to produce this. In a purely self-gravitating system, filament widths should scale with Jeans length, which varies with density and temperature. The universality has no explanation in the gravitational model.

In the plasma model the width is set by the current sheet equilibrium condition. Current channels self-organise to a diameter determined by the balance between the magnetic pinch pressure (inward) and particle thermal pressure (outward). This equilibrium is determined by the local current density j and the plasma temperature T -- not by the size of the structure. The 0.1 pc width is a read-out of the current density in those filaments. It is not arbitrary. It is not a coincidence. It is a measurement.

2. Galaxy clusters sit at filament intersections -- always

In every large-scale structure survey -- SDSS, 2dF, the Bolshoi simulation, DESI -- galaxy clusters preferentially occur at the intersections of filaments. Galaxies chain along filaments between clusters. Voids occur between filaments. The structure is topologically identical to a network: nodes connected by wires, with empty space between the wires.

Gravitational N-body simulations reproduce this topology qualitatively but only when dark matter halos are the primary scaffolding. Without dark matter, the simulations produce much weaker filamentary structure. The model requires a non-baryonic invisible component to hold the network shape.

In the plasma model, the topology is primary. Birkeland currents flow through the lowest-resistance path through the medium. They attract matter via the j x B Lorentz force -- plasma and dust accumulate along the current channel. At intersections, two current channels meet. The combined current density rises, the z-pinch compression increases, and the resulting plasma focus is more luminous, hotter, and more massive than anything along the wire. That is a galaxy cluster. No dark matter required -- the current geometry is the scaffolding.

3. Void interiors are not empty -- they have a boundary effect

In the standard gravitational picture, voids are regions that had slightly below-average initial density. Gravity pulled matter away from them into the surrounding filaments. Their interiors should be featureless, smooth, and cold -- a nearly homogeneous low-density background.

Observations show something different. Void interiors have a characteristic radial structure: the interior is indeed underdense, but the boundary (the void wall) is a distinct surface, often with enhanced galaxy counts on the inner side and a sharp transition to the filament network on the outer side. Some voids show a slight excess of faint galaxies at their centres. The standard model has no expectation for this -- underdense regions should be symmetric and gradual.

In the plasma model, voids are the regions outside the primary current paths. The current flows through the walls, not the interior. The void boundary is the outer edge of the double layer surrounding the current channel. Double layers in plasma produce a sharp boundary with a potential step at the edge, which acts as a partial particle trap -- explaining the enhanced galaxy counts just inside the wall. The central excess is the glow-mode plasma emission from whatever low-level current does thread the void. The boundary is not a density gradient. It is an electromagnetic surface.

---

The sigma_I Master Equation

The gravitational field in the Aetheric framework is not a separate force. It is a gradient in the sigma_I field -- the inertial stress scalar field that is Aetheric density. The master equation is:

Image

The left side is the wave operator on sigma_I -- it propagates at local c, so sigma_I disturbances carry at the speed of light. The right side has two source terms. The first, -rho_m, is ordinary mass density creating an Aetheric compression -- this is gravity as we know it. The second, F_EM[A_mu], is the electromagnetic coupling term: EM fields add to sigma_I modulation. The gravitational field and the EM field are not independent. They share the same medium.

The acceleration equation follows directly:

Image

In the weak-field static limit this recovers Newton exactly: sigma_I = -GM/r. The electromagnetic source term is negligible in everyday gravity but becomes significant in current-carrying plasma filaments where j x B forces and the EM modification to sigma_I both contribute. This is why galaxy rotation curves that ignore the EM term cannot close -- they are missing a real source of sigma_I gradient.

---

The Carlqvist-Aetheric Relation -- Quantitative Current from Mass

Post 2 introduced the ABC (Aetheric Bennett-Carlqvist) relation. Now i want to use it quantitatively. The standard form, with Aetheric modifications made explicit, is:

Image

The numerical coupling constant is:

sqrt( G / mu_0 ) = sqrt( 6.674e-11 / 1.257e-6 ) = 7.28e-3 A x m / kg

So for any filament where the mass distribution is known, the current is directly readable from the mass per unit length lambda. Two worked examples at different scales:

Interstellar filament (molecular cloud scale):
- Mass: 1000 solar masses = 2 x 10^33 kg
- Length: 10 parsecs = 3 x 10^17 m
- lambda = 6.7 x 10^15 kg/m
- I ~ 3 x 10^14 A

Galactic Birkeland filament (spiral arm scale):
- Mass: 10^6 solar masses = 2 x 10^36 kg
- Length: 1 kiloparsec = 3 x 10^19 m
- lambda = 6.7 x 10^16 kg/m
- I ~ 3 x 10^15 A

Three hundred trillion amperes in a structure that a radio survey sees as a quiet molecular cloud. The current is not exotic or hypothetical -- it is dictated directly by the mass of the structure. If mass is there, current is there. The only question is whether the current is in dark, glow, or arc mode -- which determines whether the plasma is invisible, glowing, or blazing.

---

Three Discharge Modes Classify Every Astronomical Source

Current density determines what you see:

Dark mode (j < 10^3 A/m^2): no light emission. These filaments are invisible to optical and most radio observations. The vast majority of cosmic filament length is in this mode. This is the real reason for the "missing baryon problem" -- the baryons are in dark-mode current sheets, not in some exotic non-baryonic form.

Glow mode (j ~ 1 to 10^3 A/m^2): diffuse emission. Stellar coronae, HII regions, diffuse X-ray halos around galaxy clusters -- all glow mode plasma carrying the Carlqvist current demanded by the local mass density.

Arc mode (j > 10^6 A/m^2): intense, narrow, hot. Galactic jets, quasar emission, gamma-ray burst jets. The Lorentz force j x B collimates the discharge into a narrow beam. The current self-pinches by the Bennett instability into a plasma focus -- which is a stellar formation site, or a stellar discharge event if the focus collapses.

The transition from glow to arc at a current sheet pinch is the Carlqvist discharge event described in post 2: mu_Ae approaches zero, current in the ABC relation diverges, and the stored inductive energy releases as a radial discharge. That event, at stellar scale, is a micronova. At the scale of a galactic node, it is the ignition of a quasar. At sub-stellar scale, it is the Bennett pinch that creates a protostar.

The divergence is not hand-waving. mu_Ae appears in the denominator under the square root:

Image

The inductive energy stored in the galactic circuit scales as:

Image

Working through the numbers with the molecular cloud filament from above -- lambda = 6.7 x 10^15 kg/m, baseline I = 3 x 10^14 A at mu_Ae = mu_0:

mu_Ae = mu_0 (normal filament) | I = 1x = 3.0 x 10^14 A | E_L = 1x baseline
mu_Ae = 0.1 x mu_0 | I = 3.16x = 9.5 x 10^14 A | E_L = 10x
mu_Ae = 0.01 x mu_0 | I = 10x = 3.0 x 10^15 A | E_L = 100x
mu_Ae = 0.001 x mu_0 | I = 31.6x = 9.5 x 10^15 A | E_L = 1000x
mu_Ae = 0.0001 x mu_0 | I = 100x = 3.0 x 10^16 A | E_L = 10,000x
mu_Ae -> 0 (neutral sheet) | I -> infinity | E_L -> infinity

At 1% of normal permeability the current has already increased tenfold and the stored inductive energy is one hundred times the baseline. The filament cannot hold that energy in its linear geometry. At the neutral sheet crossing, where mu_Ae passes through zero, the energy discharges radially -- perpendicular to the filament axis. In the molecular cloud example that radial burst is a protostellar jet. In a stellar-scale Birkeland tube it is a micronova. The equation does not just predict the event exists. It predicts the energy budget.

Stars lack a flyback Diode, this is why they Nova -- Tormod Mac an Talla Aka the Arc flash.
---

Fractal Self-Organisation Across 36 Orders of Magnitude

The same current self-organisation appears at every scale: The Aether does not know what scale it is at. As above so below, as within so without. the physics is the same for atoms as it is for Galaxies.

Image

At nuclear scale (10^-15 m), this relation manifests as the strong force -- a z-pinch confinement of the proton. At atomic scale (10^-10 m), the electron orbital is a z-pinch equilibrium. At stellar scale (10^9 m), the solar photosphere is glow-mode plasma and the corona is the outer sheath. At galactic scale (10^21 m), the Birkeland current network organises spiral arm structure. At cosmic scale (10^25 m), the same current network organises the web of filaments, sheets, and nodes.

The span from nuclear to cosmic is 10^40 in scale and 10^47 in current density. The same equations hold throughout. Not approximately -- the same equations. This is Alfven scaling: plasma current structures scale in time and space while preserving their electromagnetic ratios.

Gravity-only models cannot produce self-similar structure across this range. They have no mechanism for the nuclear scale, they require dark matter at galactic scale, and they require dark energy at cosmic scale. Three separate unexplained additions, one per scale jump. The plasma model uses one equation and one medium, and it holds from 10^-15 to 10^26 metres.

---

Summary Table

Filament width | arbitrary (Jeans scaling, size-dependent) | current sheet equilibrium -- set by j and T
Cluster location | dark matter halo intersections | Birkeland current intersection z-pinch nodes
Void structure | smooth density gradient (gravity drains mass) | double-layer boundary + low-current interior
Missing baryons | exotic dark baryons / warm-hot intergalactic | dark-mode current channels (optically invisible)
Star formation sites | gravitational Jeans collapse | Bennett pinch along current filament
Galactic jets | black hole spin / accretion disk mechanism | arc-mode discharge collimated by j x B

---

Open Calibrations -- Large-Scale Consequences

The ratio xi_G / xi_mu determines how current distributes in a filament as density changes. If xi_G > xi_mu, current concentrates toward dense nodes. If xi_mu > xi_G, current spreads more uniformly. The observed distribution of galaxy clusters versus filament populations -- specifically the ratio of node luminosity to filament luminosity -- sets this ratio independently of the local-scale measurements from Posts 1 through 4.

This is a third independent calibration path for xi_G and xi_mu, complementary to the Cavendish G-variation measurement and the Carlqvist filament current prediction. Three paths converging on the same coefficients would close the framework.

Post 6 will go into matter itself. The sigma_I field, once it reaches sufficient density, does not simply compress...


Questions welcome.



---

-- Tormod Mac an Talla
Ath-chosnadh na Gnoise -- dhan t-Sluagh uile
(Reclamation of Gnosis -- for all the People)
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

crawler
Posts: 1094
Joined: Sun Oct 28, 2018 5:33 pm

Re: Introduction: There is Only Aether

Post by crawler » Thu Apr 02, 2026 1:39 pm

TormodMacTalla wrote: Thu Apr 02, 2026 7:45 am
crawler wrote: Wed Apr 01, 2026 11:12 am I am an Engineer not a Scientist. But i see a few things here.

The Michelson MMX did measure a fringe shift which was periodic in a half turn that confirmed an aetherwind that varied during a day.
But this was taken to show a wind of 7 km/s rather than the anticipated 30 km/s.
However Michelson stuffed up the calibration. Hiz shifts showed closer to 200 km/s. Still much less than the well known modern correct speed of 500 km/s. I happen to be No1 in the world re some aspects of oldendays MMXs. I retired from work in 1999 when i was 52 years old, & i hav devoted myself to studying science, especially the aether. Some time ago i devoted 100's of hours to Mercury. But i could not come up with a good explanation.

Nextly i see that u believe in the BigBang. BigMistake.

I recall that the Thunderbolts aether is related to neutrinos. I am not in favour of that. But praps neutrinos provide a kind of dark matter.
Anyhow i will watch with interest.
Thank you for this -- the MMX calibration history is something i had not gone into in the posts, and what you are describing is significant.

If the fringe shifts are real and indicate a directional variation of ~200-500 km/s, then in the framework i have been laying out, this is not an aether wind in the classical sense -- it is a bulk drift of the local medium relative to Earth's frame, which is precisely what variable c from a density gradient predicts. The speed of light is not isotropic in a structured medium. The fringe shift is the anisotropy. Michelson expected 30 km/s from orbital velocity alone; the larger signal is Earth moving through a medium that has its own large-scale flow structure, which is consistent with the ~370 km/s CMB dipole and galactic peculiar velocity stacked on top.

On Mercury -- i spent a long time on it too before the density-gradient approach clicked. The problem with purely Newtonian approaches is that G is treated as fixed. Once you allow G to vary with local Aetheric density, and the density falls off with distance from the Sun, the orbit precesses naturally. Post 1 above has the derivation. i would be very interested in your view of it, given the time you have put in.

What is your source for the 500 km/s figure? i want to make sure i have the right reference when i address the MMX in a later post.

Finally, i am not sure how you thought I supported the big bang? This community debunked that claim long ago and Aetheric physics framework removes the need to imagine such a scenario.
Re MMXs i like the work of Prof Reg Cahill (many papers 2001-2018). And VV Demjanov (1968)(papers in English from 2005 say).
VV Demjanov measured 140 km/s to 480 km/s in the horizontal during 24 hours at Obninsk. But i dont think that he ever vectored that result to calculate the max non horizontal V which we know is about 500 km/s south to north about 15 deg off Earth's spin axis RA 4:30.
Re Gravity i like the work of Prof Reg Cahill (who is the first to explain gravity). And Conrad Ranzan (especially re aether & cosmological redshift & the dynamic steady state infinite eternal universe).
Re anti SR & anti GR i like Stephen Crothers.

Re Mercury i couldnt come up with any kind of aetheric asymmetry to help explain.
SR & GR are of course nonsense. Frame dragging is nonsense.
I hoped that faux-gravity might explain. Here this FG is due to spinning or rotating or orbiting bodies sucking in aether (at the equator)(due to centripetal acceleration)(spitting aether out at the poles)(without annihilating any aether), which mimics true gravity (which sucks aether in all over, not just at the equator)(due to annihilation of aether in mass). But this faux-gravity did not work.
Actually, thinking about this again just now, the faux gravity from the Sun would be asymmetrical if Mercury's orbit is not exactly in the Sun's equatorial spin plane (i might hav another look)(but i am very busy for the rest of 2026). On the other hand it is symmetrical. I will hav to hav a think.
Which makes me think too that your asymmetry due to change in aether density cant be valid, koz like ordinary gravity, your aether density must be symmetrical (unlike faux gravity which is strongest in the plane of the Sun's spin).

These are results for is mercury's orbit exactly in the plane of the Sun's spin
AI Overview
No, Mercury's orbit is not exactly in the plane of the Sun's spin. While all planets orbit roughly in the same direction, Mercury has the most tilted and eccentric orbit in the solar system.
Key Details on Mercury's Orbital Tilt
Tilt to the Sun's Equator: Mercury's orbital plane is inclined by about 3.38 deg to the Sun's equatorial plane.
Tilt to Earth's Orbit (Ecliptic): Mercury is tilted by about 7 deg to the ecliptic, which is the plane of Earth's orbit.
Sun's Own Tilt: The Sun's spin axis is not perfectly perpendicular to the planet's plane; it is tilted roughly 7.25 deg from the perpendicular to the Earth's orbit, contributing to the misalignment.

Because of this inclination, Mercury does not transit across the face of the Sun every time it passes between the Earth and Sun, but only at specific times (May or November) when it is crossing the plane of the ecliptic.

Mercury's Unique Orbital Characteristics
High Eccentricity: It has the most "egg-shaped" orbit, ranging from 46 million km to 70 million km from the Sun.
Spin-Orbit Resonance: Mercury rotates on its axis three times for every two revolutions around the Sun.
Minimal Axial Tilt: While its orbit is tilted to the Sun, Mercury itself spins almost perfectly upright with an axial tilt of only 0.027 degrees.
STR is krapp -- & GTR is mostly krapp.
The present Einsteinian Dark Age of science will soon end – for the times they are a-changin'.
The aether will return – it never left.

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Thu Apr 02, 2026 8:43 pm

Post 6 -- What Matter Actually Is: Particles as Aetheric Vortex Structures

Post 5 closed with a claim: mass, charge, and spin are not fundamental properties added by hand to point particles -- they are topological features of sigma_I field configurations in a self-organising Aetheric medium. The proton is a z-pinch. The electron orbital is a resonance. This post makes that explicit.

The Standard Model of particle physics is the most precisely tested theory in science. Its predictions are accurate to ten decimal places in some cases. i am not arguing with the predictions. i am arguing with the interpretation. The Standard Model assigns charge, spin, and mass to particles as primitive labels with no further explanation. It has 19 free parameters that must be measured before the theory can say anything. It never asks why an electron has the charge it does, why spin-half particles require 720 degrees of rotation to return to their original state, or why shell filling follows the sequence 2, 8, 18, 32.

The Aetheric framework derives all three from one medium and one wave equation. No new parameters.

---

Three Things the Standard Model Cannot Explain -- But This Framework Does

1. Shell filling: why 2, 8, 18, 32?

The Pauli exclusion principle states that no two electrons can share the same quantum state. Combined with the rules for quantum numbers, this produces the shell filling sequence 2, 8, 18, 32 -- corresponding to 2n^2 for shell number n. The standard model takes the Pauli principle as an axiom. It does not derive it. It does not explain why two electrons cannot share a state. The rule is inserted by hand to match observation.

The Aetheric model derives the sequence from MHD standing wave stability. Electron shells are not abstract probability clouds. They are standing Aetheric transverse waves trapped in the electromagnetic potential of the nucleus. The available wave modes at harmonic level n are the spherical harmonics Y_l^m(theta, phi) with l from 0 to n-1. Counting the spatial modes gives n^2. Each spatial mode supports two independent polarisations -- left-handed and right-handed circular (this is what spin up and spin down physically are: wave chirality). Total modes per shell:

Image

Shell 1: n=1, N=2 (Helium full shell). Shell 2: n=2, N=8 (Neon). Shell 3: n=3, N=18 (Argon). Shell 4: n=4, N=32 (Krypton). Not imposed. Derived.

The Pauli exclusion principle follows: a shell fills when all available MHD wave modes are occupied. Adding a further wave at that harmonic level creates destructive interference -- the mode ceases to exist and the wave is expelled to the next shell. "No two electrons in the same state" is "no two standing waves at the same node in the same medium": a statement about wave interference, not a mysterious rule about particles.

2. Why spin-half requires 720 degrees

One of the strangest facts in physics: every fermion (electron, proton, neutron, quark) must rotate through 720 degrees to return to its original state. A 360 degree rotation is not enough -- it maps the particle to its own negative. Two full rotations restore it. This is measured directly in neutron interference experiments. The standard model describes it precisely using spinor mathematics (SU(2) rather than SO(3) rotation group). It does not explain it.

The Aetheric vortex picture makes it immediate. An electron is a diverging or converging spiral vortex thread in the three-dimensional Aether. A helical thread in 3D has a topological property: following the spiral from any point along its axis, a single 360 degree rotation maps the thread configuration to its topological mirror -- the thread is now the left-hand version of itself. A second 360 degree rotation (total 720 degrees) returns it to the original right-hand configuration. The thread is topologically equivalent to a Mobius strip: one traversal flips it, two traversals restore it.

The 720 degree periodicity is not a mathematical trick. It is the direct topological fingerprint of a helical vortex thread in a continuous three-dimensional medium. Half-integer spin is measuring the handedness of the Aetheric vortex topology.

3. The strong force as electromagnetic z-pinch

Standard physics has four fundamental forces: gravity, electromagnetism, the weak nuclear force, and the strong nuclear force. The strong force requires its own coupling constant (g_s), its own carrier particles (gluons), and its own field theory (quantum chromodynamics). It is confined to range ~ 10^-15 m. At that range it is roughly 100 times stronger than electromagnetism. Its origin and its precise strength are unexplained -- they are parameters of the Standard Model.

In the Aetheric framework the strong force is the Bennett z-pinch at nuclear scale. The same equation that describes plasma self-pinching in a laboratory discharge also describes nuclear confinement. The electromagnetic pressure at the pinch:

Image

As r approaches nuclear dimensions (10^-15 m) and I is at the Carlqvist value for nuclear mass densities, P_mag reaches values that exceed the Coulomb barrier. The proton is the stable z-pinch equilibrium at that scale. The confinement force is not a new force -- it is the Lorentz force j x B at nuclear current densities, which are extreme because the scale is extreme. No fourth force, no gluons, no new coupling constant. The same electromagnetism.

---

The Neutron is Not Fundamental

The SAM (Structured Atom Model) treatment of the neutron follows directly from this framework. The neutron has mass 939.565 MeV/c^2. The proton has mass 938.272 MeV/c^2, the electron 0.511 MeV/c^2. Their sum is 938.783 MeV/c^2. The neutron exceeds this by 0.782 MeV/c^2.

This excess is the binding energy of an electron-proton pair compressed to nuclear separation (r ~ 10^-15 m). The Coulomb binding at that separation is:

Image

This is 106,000 times the hydrogen ground-state binding energy (13.6 eV). The electron is not orbiting the proton at Bohr radius -- it is pressed against it at nuclear density by the surrounding lattice of the nucleus. The 0.782 MeV mass excess is this binding energy in the compressed state. The neutron decays (half-life ~15 minutes in isolation) precisely because outside a nucleus -- without the surrounding lattice to hold the electron in place -- the bound state is energetically unstable by that 0.782 MeV and releases the electron as a beta decay.

The neutron is a confined electron-proton pair. Its stability in nuclei is geometric: it is wedged between protons and cannot escape. Its instability in isolation is energetic: the binding site does not exist without the surrounding lattice. This is not speculation -- it is direct mass accounting.

---

Charge as Torsion Handedness

Electric charge in the Standard Model is assigned as a label: the electron has charge -1, the proton +1. Why those values? Why not -2 and +2? Why is charge quantised at all? The Standard Model has no answer -- quantisation of charge is inserted as an axiom.

In the Aetheric model, charge is the handedness of a radial flow pattern in the medium:

positive charge = outward radial Aetheric flow (a pump -- the medium fountains away from the source)
negative charge = inward radial Aetheric flow (a drain -- the medium converges toward the sink)

Like charges repel because two outward pumps facing each other create a region between them where the outward flows oppose. Unlike charges attract because an outward pump and an inward drain facing each other draw the medium between them in the same direction, reducing total stress. The force law (Coulomb's law) falls out of the flow geometry in the same way that the hydrodynamic force between two vortices follows from their velocity fields. Charge magnitude is quantised because stable vortex configurations in a medium are topologically quantised -- you cannot have half a vortex thread.

The complete description of what torsion waves are, and what a static torsion field (electric field) versus a dynamic torsion field (magnetic field) really are at the medium level, is the subject of Post 7. It requires describing what the Aetheric medium itself is -- its superfluid properties, its longitudinal compression modes versus its transverse wave modes, and why inertia is stored energy in that medium. Post 7 is the deepest of the series because it describes the substrate everything else runs on.

---

Photon Emission: a Standing Wave Dropping to a Lower Mode

When an atom emits light, the standard description is that an "electron drops to a lower energy level and emits a photon." This is accurate as a description. It says nothing about mechanism.

In the Aetheric model the electron orbital is a standing Aetheric transverse wave trapped by the nuclear electromagnetic potential. When the wave relaxes from harmonic mode n_2 to a lower mode n_1, the energy difference cannot stay in the standing wave configuration -- it detaches as a propagating Aetheric transverse wave. That propagating wave is a photon. The same wave equation, two different boundary conditions: trapped gives an orbital, propagating gives a photon.

The frequency of the emitted wave is precisely the beat frequency between the two standing modes:

Image

This is the Rydberg formula -- the most precisely verified relation in atomic spectroscopy. The Rydberg constant R_infinity is not a free parameter:

Image

where c = 1/sqrt(epsilon_0 x mu_0) (Aetheric wave speed), alpha = 7.297 x 10^-3 (the fine structure constant -- the ratio of electron vortex coupling strength to the Aetheric wave impedance), h = Planck constant (quantum of wave action). Every element of R_infinity is an Aetheric medium property. The Rydberg constant is not a free parameter to be measured. It is a combination of properties of the medium, and it computes to the observed value to eleven significant figures.

No adjustments. No fitting. The Aether is consistent from the nuclear scale to the cosmological scale.

---

Summary Table

Shell filling 2, 8, 18, 32 | Pauli exclusion principle (axiom) | MHD standing wave mode count: 2n^2 (derived)
Spin-half (720 deg) | Spinor maths (SU(2), no explanation) | Helical vortex topology in 3D medium
Strong force confinement | Separate force, gluons, QCD | j x B z-pinch at nuclear current density
Neutron | Fundamental particle | e-p pair compressed to nuclear separation
Electric charge | Primitive label, quantisation assumed | Radial torsion flow handedness (derived)
Rydberg constant | Measured free parameter | m_e x c x alpha^2 / 2h -- all Aetheric constants

---

Open Questions -- Nuclear Scale

The proton charge radius is measured at 8.41 x 10^-16 m. In the z-pinch model this is the equilibrium radius at which the magnetic pinch pressure equals the thermal pressure of the confined plasma. The current at that equilibrium can be estimated from the Bennett relation. Doing that calculation and checking it against the measured proton magnetic moment -- which should equal (1/2) x (current) x (area of pinch) -- would provide a direct numerical test of the z-pinch proton model with no free parameters.

That calculation is in progress. It closes the loop between nuclear physics, electromagnetism, and the Aetheric medium constants already established in Posts 1 through 4.

Post 7 will address the medium itself. The Aether is not a mechanical ether of the 19th century -- not a rigid jelly filling space. It is a superfluid: it has no viscosity in the classical sense...

Questions welcome.
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

TormodMacTalla
Posts: 33
Joined: Wed Apr 01, 2026 12:46 am

Re: Introduction: There is Only Aether

Post by TormodMacTalla » Thu Apr 02, 2026 9:08 pm

crawler wrote: Thu Apr 02, 2026 1:39 pm Re MMXs i like the work of Prof Reg Cahill (many papers 2001-2018). And VV Demjanov (1968)(papers in English from 2005 say).
VV Demjanov measured 140 km/s to 480 km/s in the horizontal during 24 hours at Obninsk. But i dont think that he ever vectored that result to calculate the max non horizontal V which we know is about 500 km/s south to north about 15 deg off Earth's spin axis RA 4:30.
Re Gravity i like the work of Prof Reg Cahill (who is the first to explain gravity). And Conrad Ranzan (especially re aether & cosmological redshift & the dynamic steady state infinite eternal universe).
Re anti SR & anti GR i like Stephen Crothers.

Re Mercury i couldnt come up with any kind of aetheric asymmetry to help explain.
SR & GR are of course nonsense. Frame dragging is nonsense.
I hoped that faux-gravity might explain. Here this FG is due to spinning or rotating or orbiting bodies sucking in aether (at the equator)(due to centripetal acceleration)(spitting aether out at the poles)(without annihilating any aether), which mimics true gravity (which sucks aether in all over, not just at the equator)(due to annihilation of aether in mass). But this faux-gravity did not work.
Actually, thinking about this again just now, the faux gravity from the Sun would be asymmetrical if Mercury's orbit is not exactly in the Sun's equatorial spin plane (i might hav another look)(but i am very busy for the rest of 2026). On the other hand it is symmetrical. I will hav to hav a think.
Which makes me think too that your asymmetry due to change in aether density cant be valid, koz like ordinary gravity, your aether density must be symmetrical (unlike faux gravity which is strongest in the plane of the Sun's spin).

These are results for is mercury's orbit exactly in the plane of the Sun's spin
AI Overview
No, Mercury's orbit is not exactly in the plane of the Sun's spin. While all planets orbit roughly in the same direction, Mercury has the most tilted and eccentric orbit in the solar system.
Key Details on Mercury's Orbital Tilt
Tilt to the Sun's Equator: Mercury's orbital plane is inclined by about 3.38 deg to the Sun's equatorial plane.
Tilt to Earth's Orbit (Ecliptic): Mercury is tilted by about 7 deg to the ecliptic, which is the plane of Earth's orbit.
Sun's Own Tilt: The Sun's spin axis is not perfectly perpendicular to the planet's plane; it is tilted roughly 7.25 deg from the perpendicular to the Earth's orbit, contributing to the misalignment.

Because of this inclination, Mercury does not transit across the face of the Sun every time it passes between the Earth and Sun, but only at specific times (May or November) when it is crossing the plane of the ecliptic.

Mercury's Unique Orbital Characteristics
High Eccentricity: It has the most "egg-shaped" orbit, ranging from 46 million km to 70 million km from the Sun.
Spin-Orbit Resonance: Mercury rotates on its axis three times for every two revolutions around the Sun.
Minimal Axial Tilt: While its orbit is tilted to the Sun, Mercury itself spins almost perfectly upright with an axial tilt of only 0.027 degrees.
Thank you for the Demjanov reference -- 140-480 km/s horizontal at Obninsk over 24 hours is exactly the kind of data that belongs in any serious quantitative treatment of an aetheric anisotropy signal, and the point about not having vectored it to the ~500 km/s cosmic bulk velocity (RA 4:30, ~15 deg off spin axis) is a good one. Cahill's treatment of the data is on my list.

Conrad Ranzan on the dynamic steady-state universe is something i want to address explicitly in a future post -- the tired light derivation i gave in post 3 and 4 is in close agreement with his density-flow picture, and his treatment of cosmological redshift without expansion is among the cleanest that exists.

On Mercury -- the symmetry objection is a sharp one and worth a direct answer.

You are correct that the Aetheric density field around the Sun is spherically symmetric. It is not lopsided. There is no preferred spatial direction. And you are also correct that faux-gravity from solar spin rotation would produce a non-spherical field (equatorial bulge, polar deficit) -- which i agree is not the explanation.

But the precession formula does not require an asymmetric density field. Neither does GR. The Schwarzschild metric is perfectly spherically symmetric, and it still produces 43 arcsec/century of precession. The mechanism is not spatial asymmetry -- it is the interaction of an eccentric orbit with the velocity-dependent correction terms of a spherically symmetric field.

Here is where the effect comes from: at perihelion (46 million km from the Sun), Mercury is moving at 59 km/s. At aphelion (70 million km), it is moving at 39 km/s. The sigma_I field is the same shape at both points -- spherically symmetric -- but the effective potential that Mercury experiences at each point includes a correction proportional to v^2/c^2. That correction is different at perihelion than at aphelion because v is different. When you integrate the equation of motion around the full ellipse, the v^2/c^2 correction does not average to zero -- it accumulates a small net angular displacement per orbit. That displacement is the precession.

In short: it is not spatial asymmetry of the field that causes precession. It is the orbit's eccentricity (e = 0.206 for Mercury) interacting with a velocity-dependent coupling in a spherically symmetric field. The same logic applies in GR. The same logic applies here.

Your faux-gravity idea with the 3.38 degree inclination to the solar equatorial plane is interesting -- but the magnitude is probably too small to account for 43 arcsec/century, and it would predict a precession direction tied to the inclination geometry that should be distinguishable from the isotropic sigma_I effect. i would be curious what order of magnitude you get if you attempt that calculation.
— Tormod Mac an Talla
Ath-chosnadh na Gnòise — dhan t-Sluagh uile

crawler
Posts: 1094
Joined: Sun Oct 28, 2018 5:33 pm

Re: Introduction: There is Only Aether

Post by crawler » Thu Apr 02, 2026 11:17 pm

TormodMacTalla wrote: Thu Apr 02, 2026 9:08 pm
crawler wrote: Thu Apr 02, 2026 1:39 pm Re MMXs i like the work of Prof Reg Cahill (many papers 2001-2018). And VV Demjanov (1968)(papers in English from 2005 say).
VV Demjanov measured 140 km/s to 480 km/s in the horizontal during 24 hours at Obninsk. But i dont think that he ever vectored that result to calculate the max non horizontal V which we know is about 500 km/s south to north about 15 deg off Earth's spin axis RA 4:30.
Re Gravity i like the work of Prof Reg Cahill (who is the first to explain gravity). And Conrad Ranzan (especially re aether & cosmological redshift & the dynamic steady state infinite eternal universe).
Re anti SR & anti GR i like Stephen Crothers.

Re Mercury i couldnt come up with any kind of aetheric asymmetry to help explain.
SR & GR are of course nonsense. Frame dragging is nonsense.
I hoped that faux-gravity might explain. Here this FG is due to spinning or rotating or orbiting bodies sucking in aether (at the equator)(due to centripetal acceleration)(spitting aether out at the poles)(without annihilating any aether), which mimics true gravity (which sucks aether in all over, not just at the equator)(due to annihilation of aether in mass). But this faux-gravity did not work.
Actually, thinking about this again just now, the faux gravity from the Sun would be asymmetrical if Mercury's orbit is not exactly in the Sun's equatorial spin plane (i might hav another look)(but i am very busy for the rest of 2026). On the other hand it is symmetrical. I will hav to hav a think.
Which makes me think too that your asymmetry due to change in aether density cant be valid, koz like ordinary gravity, your aether density must be symmetrical (unlike faux gravity which is strongest in the plane of the Sun's spin).

These are results for is mercury's orbit exactly in the plane of the Sun's spin
AI Overview
No, Mercury's orbit is not exactly in the plane of the Sun's spin. While all planets orbit roughly in the same direction, Mercury has the most tilted and eccentric orbit in the solar system.
Key Details on Mercury's Orbital Tilt
Tilt to the Sun's Equator: Mercury's orbital plane is inclined by about 3.38 deg to the Sun's equatorial plane.
Tilt to Earth's Orbit (Ecliptic): Mercury is tilted by about 7 deg to the ecliptic, which is the plane of Earth's orbit.
Sun's Own Tilt: The Sun's spin axis is not perfectly perpendicular to the planet's plane; it is tilted roughly 7.25 deg from the perpendicular to the Earth's orbit, contributing to the misalignment.

Because of this inclination, Mercury does not transit across the face of the Sun every time it passes between the Earth and Sun, but only at specific times (May or November) when it is crossing the plane of the ecliptic.

Mercury's Unique Orbital Characteristics
High Eccentricity: It has the most "egg-shaped" orbit, ranging from 46 million km to 70 million km from the Sun.
Spin-Orbit Resonance: Mercury rotates on its axis three times for every two revolutions around the Sun.
Minimal Axial Tilt: While its orbit is tilted to the Sun, Mercury itself spins almost perfectly upright with an axial tilt of only 0.027 degrees.
Thank you for the Demjanov reference -- 140-480 km/s horizontal at Obninsk over 24 hours is exactly the kind of data that belongs in any serious quantitative treatment of an aetheric anisotropy signal, and the point about not having vectored it to the ~500 km/s cosmic bulk velocity (RA 4:30, ~15 deg off spin axis) is a good one. Cahill's treatment of the data is on my list.

Conrad Ranzan on the dynamic steady-state universe is something i want to address explicitly in a future post -- the tired light derivation i gave in post 3 and 4 is in close agreement with his density-flow picture, and his treatment of cosmological redshift without expansion is among the cleanest that exists.

On Mercury -- the symmetry objection is a sharp one and worth a direct answer.

You are correct that the Aetheric density field around the Sun is spherically symmetric. It is not lopsided. There is no preferred spatial direction. And you are also correct that faux-gravity from solar spin rotation would produce a non-spherical field (equatorial bulge, polar deficit) -- which i agree is not the explanation.

But the precession formula does not require an asymmetric density field. Neither does GR. The Schwarzschild metric is perfectly spherically symmetric, and it still produces 43 arcsec/century of precession. The mechanism is not spatial asymmetry -- it is the interaction of an eccentric orbit with the velocity-dependent correction terms of a spherically symmetric field.

Here is where the effect comes from: at perihelion (46 million km from the Sun), Mercury is moving at 59 km/s. At aphelion (70 million km), it is moving at 39 km/s. The sigma_I field is the same shape at both points -- spherically symmetric -- but the effective potential that Mercury experiences at each point includes a correction proportional to v^2/c^2. That correction is different at perihelion than at aphelion because v is different. When you integrate the equation of motion around the full ellipse, the v^2/c^2 correction does not average to zero -- it accumulates a small net angular displacement per orbit. That displacement is the precession.

In short: it is not spatial asymmetry of the field that causes precession. It is the orbit's eccentricity (e = 0.206 for Mercury) interacting with a velocity-dependent coupling in a spherically symmetric field. The same logic applies in GR. The same logic applies here.

Your faux-gravity idea with the 3.38 degree inclination to the solar equatorial plane is interesting -- but the magnitude is probably too small to account for 43 arcsec/century, and it would predict a precession direction tied to the inclination geometry that should be distinguishable from the isotropic sigma_I effect. i would be curious what order of magnitude you get if you attempt that calculation.
I emailed Prof Reg Cahill suggesting that hiz students could place accurate clocks near the giant flywheels of Adelaide buses, but he told me to get lost. That experiment would be similar to the work done by Depalma & by Podkletnov re quartz watches placed near spinning discs. And would support my faux-gravity i reckon (but i am not in love with the works of Depalma & Podkletnov)(they dont mention aether at all).
Anyhow, i am puzzled by faux-gravity. In theory it should be very powerful, but, if it exists, it seems that it is weak.
By the way, such faux-gravity produced by spinning "blackholes" could explain "dark matter". Galaxies with no large "blackholes" should not hav any rotation anomaly.
Re the math of Mercury, my math is weak. But it occurs to me that we are all making a mistake. We are all looking for some kind of asymmetry. But i am now thinking that if we begin with a non-symmetrical orbit then that in itself will continue to make & sustain a non-symmetrical orbit, even in a perfectly symmetrical field(s).

Or. If we accept a background aetherwind of 500 km/s blowing throo the solar system at an angle to the orbits, & if length contraction or some kind of shape change due to velocity is true (eg the Lorentz gamma), then the shape change of the Sun & Mercury during each spin rotation orbit might contribute to some kind of asymmetry.

Re big G (measured on/in Earth). This is an enigma. Why? Because of my faux-gravity. And allso koz of the background aetherwind. Both changing during a day & during a year.

Re big G. I might hav been wrong when i said that faux-gravity is strongest at the equator, it might be stronger at or near the Poles. Its complicated. Its not the aether inflow/V that counts, it is the acceleration of the aether, which for faux-gravity is a part of the 3D circulation, which includes a veering acceleration (everywhere)(especially inside Earth) together with accelerations due to diverging & converging streamlines of the aether flows. It might allso explain the borehole G anomaly.
STR is krapp -- & GTR is mostly krapp.
The present Einsteinian Dark Age of science will soon end – for the times they are a-changin'.
The aether will return – it never left.

Post Reply

Who is online

Users browsing this forum: No registered users and 1 guest