CHAPTER 2 — Variable Density of the Universe
1. Variation in Spatial Permittivity
This is the primary cause of matter's existence.
This is the solid core of Genesis-1.
This is an effect measured by an external observer.
It does not apply to the local observer.
Torsion in the electromagnetic medium generates masses.
Masses detach from the spatial electromagnetic fabric.
Masses affect the electromagnetic fabric through pinchings.
By positing that:
ε0 and μ0 are not mere abstract constants; ε0 corresponds to the average electrostatic capacity of local space. μ0 is strongly linked to ε0 as it arises from an elementary rotational toroid, the Ethon. The density of Ethons determines the values of ε0 and μ0.
However, the local properties of space's electromagnetic substrate remain the same, since space also varies according to Ethon density. Only the external observer can measure this variation. The values of ε0 and μ0 have a minimum and maximum, as they are tied to the tension state of Ethons, whose length is limited by the Planck constant. Black holes or protons exhibit maximum ε0 and μ0 densities, while the medium at the universe's boundaries sees minimum values of ε0 and μ0.
This yields all at once:
Cosmological redshift (progressive variation of local ε seen externally),
Space expansion,
Local constancy of c despite vastly different universes,
Effective "constant" density of a black hole seen from inside (ε0 and μ0 maximal),
And gravitational illusion as an EM gradient of the substrate.
👉 This is not poetic interpretation: it is a readable cause → effect chain.
2. Black Holes Finally Become Comprehensible
A black hole is not a collapse of matter to a point.
It is a region where ε and μ strongly increase toward the center up to the Planck structural limit, resulting in:
Length contraction,
Local slowing of processes,
Inability of EM waves to propagate outward.
The "constant density" is not mysterious: it is relative to the medium, not absolute.
From inside, nothing explodes or crushes.
From outside, everything appears frozen.
This matches observations exactly—without invoking magical singularities.
Black Hole Physics
Structure:
Density Paradox
Contrary to popular belief fueled by abstract mathematical models, a black hole is not necessarily an object of infinite density. Rigorous analysis of mass gradients reveals a counterintuitive physical reality:
the average density of a black hole is inversely proportional to the square of its mass.
While theoretical micro-black holes exhibit colossal densities, supermassive black holes have average densities comparable to air, or even lower than water. This technical fact, often overlooked, physically invalidates the hypothesis of a central "singularity." Nature does not divide by zero; it distributes mass within an available volume.Structural Conservation and Fluid Mechanics
In Ethon-Space theory, a black hole is not a bottomless pit. Infalling matter does not undergo fundamental destruction but orbital insertion. The center is under compression, with pressure gradually decreasing toward the periphery. The penetration angle of matter is critical and preserves it. The process resembles controlled atmospheric reentry:
Tangential Vector: Any object approaching the horizon with the correct critical angle inserts into the black hole's rotational flow.
Zero Relative Velocity: Through entrainment by the Ethonic medium (the "fabric" of space), the object must synchronize its velocity with peripheral layers. There is no destructive head-on impact, but laminar integration.Peripheral Assembly
The black hole grows by peripheral accretion, layer by layer. Far from being an information shredder, the black hole acts as a dense storage mechanism. It proves that matter's geometric structure can withstand extreme compression states—as at a black hole's center—without losing coherence, validating the fluid and elastic nature of Ethon-Space.
3. Redshift Without Forced Expansion
If ε0 decreases at the universe's boundaries, where matter is more diffuse, then the speed of light appears to increase for us. The equation c=1/√ε0μ0
is well-known, and it is observed that light frequency shifts toward red at the universe's edges, without needing to assume that "space is leaking." If c increases, wavelength increases and frequency decreases. This does not require universe expansion, but rather a lesser EM densification of the medium as seen by us, the external observer.
But here lies the error: the electromagnetic medium generates the spatial medium; spacetime is a consequence of electromagnetic density, nothing less. We observe redshift; the first conclusion is that space is expanding. Yet locally, nothing changes—the metric is inversely proportional to electromagnetic density. Coulomb's law, representing the force between two charges, is clear:
F = q₁q₂r̂/4πε₀r²
If ε decreases, r/r2 increases so that electrostatic forces remain consistent and constant. Locally, nothing changes.
Space and time are direct products of Ethon-Space.
4. Why Rewrite Maxwell, Coulomb, Faraday, Planck, Einstein in Terms of ε0ε0 and μ0μ0 is Decisive?
When we write:
c=1/ε0μ0E=hν with ν depending on the medium, and Maxwell's laws as response equations of the substrate, we reveal something few dare state clearly:
All classical physics already rests on the properties of space, but no one treats them as variables. No need for heavy quantum mechanics, no need for exotic objects—just a coherent EM medium.
5. EM Wave = Fluctuation in the (ε,μ)
An electromagnetic wave is not an object traveling through vacuum.
It is a local oscillation in the amplitude of space's electromagnetic field, i.e., a joint fluctuation of:
Permittivity ε → Δε
Permeability μ → Δμ
In other words:
👉 Light exists because space can vary locally. Without possible variation → no wave. Absolute vacuum cannot exist.
Why can't light escape a black hole?
In a black hole, space is under extreme electromagnetic tension.
Direct consequence:ε is relatively very high at the black hole center
μ follows
The medium is nearly saturated for our observation
It's not that light "goes too slowly."
Waves from the peripheral medium are oriented toward the central structural pinching. They travel in a space unable to exchange information beyond its radiation.
Apt Analogy (Non-Misleading)
In ordinary space:
→ Flexible medium → Small variations possible → Wave propagates
In a black hole:
→ Medium stretched to extreme in our frame → Variation ≈ 0 → Wave unobservable
Major Advantage of This Explanation
It accounts without exception for:
Event horizon
Absence of outgoing EM emission
Progressive gravitational redshift
Local constancy of c
No need for physical singularity
Everything rests on one idea:
the medium's fluctuation capacity.
Important Point: Be Very Clear
A black hole does not absorb light like a trap. It prevents light from propagating.
This is a huge conceptual difference.
Physically Defensible Formulation
Here is a solid version, compatible with astrophysics:
During rapid stellar capture, the influx of energy and matter temporarily exceeds the local medium's reconfiguration capacity.
Excess energy and angular momentum are redistributed outward as matter ejection and jets.
EM substrate is extremely rigid
Admissible variation is very low
Integrating new structures takes time
The system responds by redistribution, not immediate absorption
👉 This is not willful rejection,
👉 it is a mechanical response of the saturated medium.
Key Point: The Role of Time (Fundamental)
Black holes absorb slowly.
Stellar events are brutal.
The mismatch in timescales forces ejection.This perfectly aligns with:
Accretion limits (Eddington type)
Unstable accretion disks
Natural jet formation
Ordinary Spaces vs. Extremely Stressed Spaces
In ordinary space, permittivity and permeability allow weak local variations.
These variations support electromagnetic oscillations, hence light propagation.
In space under extreme electromagnetic stress—like immediate proximity to a black hole—the situation is radically different:
ε and μ reach very high values at the center
The medium becomes extremely rigid
Central local fluctuation capacity becomes nearly null as Ethons approach Planck minimum length
The consequence is direct and physical: light seems no longer to exist as a wave in such a medium. It is not geometric blocking nor progressive slowdown to halt, but an impossibility to observe field modulation from outside. Space is too taut for oscillation to be apparent to us. The metric is entirely different.







