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Schwarzschild Radius Breakthrough in the APM

Mainstream physicists portray the Schwarzschild radius as a gravitational effect. Gravity is, instead, a force between two objects. The Schwarzschild radius applies to a single entity, and more precisely, the Schwarzschild radius applies to a single material object’s length density. The length density of a massive object, such as a planet or star, reveals the mass ratio to length. A quantum of space (Aether) has a maximum allowable mass per length. When a physical object reaches this limit, the space collapses into a black hole. (Read here for an introduction to Aether structure)

The Quantum Components of Space

Aether is a fabric of quantum rotating magnetic fields (Aether units) in the Aether Physics Model. The quantum length establishes the size of the Aether unit, which is the Compton wavelength (\lambda_{C}). The Aether unit has a quantum volume ({\lambda_{C}}^{3}), quantum area ({\lambda_{C}}^{2}), and quantum radius (\lambda_{C}). Factoring the quantum length from the Aether speed limit of c (speed of photons) \frac{c}{\lambda_{C}}, we find a quantum frequency F_{q} and quantum resonance {F_{q}}^{2}.

The quantum length derives from Planck’s constant. When we realize that Planck’s constant is the angular momentum of the electron, and thus factor the mass of the electron and the speed c from Planck’s constant, we get \frac{h}{m_{e}\cdot c}=\lambda_{C}.

The Maximum Limit of Mass per Quantum Space

Factor the quantum length and quantum frequency from the Newton gravitational constant, and we find the quantum Aether unit maximum mass limit \frac{G}{{\lambda_{C}}^{3}\cdot {F_{q}}^{2}}=\frac{1}{m_{a}} where m_{a}=3.268\times 10^{15}kg. The maximum limit of mass expresses as reciprocal mass, a different manifestation of an ordinary mass. (The frequency dimension is a reciprocal manifestation of time, for example).

We now have the maximum amount of mass allowed in a quantum space unit. We also know the quantum radius of space, and so we know the length density limit of Aether is \frac{m_{a}}{\lambda_C}.

The Simple Schwarzschild Radius Breakthrough

To find the Schwarzschild radius of any physical object, we divide the mass of any physical object by the length density limit of the Aether. In the case of the Sun we have

(1)   \begin{equation*}\frac{2m_{sun}}{\frac{m_{a}}{\lambda_C}}=2.953\times 10^{3}m\end{equation*}

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which is 2.953 km. This simple and straightforward equation supports structured space (Aether). This simple equation shows that space has a speed limit of c and a length density limit. Thus the boundaries of the Universe are not established as some external wall but as limitations inherent to the Aether unit structure. To put it another way, the existence of black holes is evidence that the General Relativity theory is a whitewashed Aether theory, where physicists incorrectly attempt to remove the Aether from physics.

Neutrons Cause the Curvature of Space

Notice that the mass of the Sun is doubled in equation (1). The physical reason for doubling the object’s mass is due to the material composition of the atoms, where exactly half the mass of all the atomic weight is due to the presence of neutrons. Neutrons result when a quantum electron folds over on top of a quantum proton. This folding causes the space of one electron to pinch the space of one proton to create a pinched space of one neutron. The surrounding Aether units are then drawn in toward the neutron.

Neutron as electron folded over a Proton.

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