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عطية زاهدة

"المصباح في زجاجة الزجاجة كأنها كوكب دري"

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Attiyah's Sun Theory

(1) The bulk of the daylight is generated in the ionosphere by two main mechanisms:
A- The interaction between the electromagnetic field in the ionosphere and the solar photons conducted by the solar gravitational field lines.
B- The aurora-producing mechanism i.e. the same mechanism that generates the polar auroras.

(2) The daytime light that is spread between the ionospheric D-layer and the Earth's surface is mainly a scattered light of an ionospheric origin.
(3) The ionosphere-produced X-rays and ultraviolet light are the primary origin for the energy needed to drive the global, continuous occurrence of the daytime auroral activities in the ionosphere itself.
(4) The global daytime ionosphere-generated light is capable of forming the so-called 'auroral' corona which is apparently the primary source of the so-called solar beam radiation.
(5) The Sun always forms a far glowing background for the daytime 'auroral' corona.
(6) The formation of the daytime 'auroral' corona and concentration of its light, are both intimately related to the magnetic zenith effect.
(7) The earthward spread of the light from the magnetic zenith is intimately governed by the phenomenon of aspect sensitivity.

Detailed explanation for item #6 that is:

"The formation of the daytime 'auroral' corona and concentration of its light, are both intimately related to the magnetic zenith effect."

1- The magnetic zenith effect is essentially a Tesla effect that is capable of focusing or concentrating light.
2- The Earth is a plasma spring that supplies the Earth-magnetosphere couple with charged particles along the magnetic field lines.
3- The 'Earth-magnetosphere couple' forms an integrated electric system.
4- The 'Earth-ionosphere-plasmasphere' system composes 'a planetary-scale plasma globe' situated inside the magnetosphere.
5- The solar wind has a strengthening effect on the ion content of the ionosphere-plasmasphere couple.
6- The ionospheric plasma is the utmost effective plasma in the ionosphere-magnetosphere system.
7- The Sun's gravitation causes the formation of a composite bulge in the ionosphere-magnetosphere system.
8- Electrically speaking, the 'Sun's gravitation-caused composite bulge' grounds through the magnetic field lines i.e. these lines serve as a capacitive path to the ground. As well as, they determine its structure, and capture its relatively dense plasma contents.
9- The Sun's gravitation-caused composite bulge is normally always sub-solar.
10- The ionosphere is the main daylight-generating layer in the ionosphere-magnetosphere system.
11- Due to the situation of the 'Sun's gravitation-caused composite bulge' in the proximity of the ionosphere, 'a Tesla effect' appears at the sub-solar site.
12- Due to the ionic content in the 'Sun's gravitation-caused composite bulge', the electric discharges of Tesla effect are mainly of the dark type i.e. they generate invisible light, predominantly EUV and UV light.
13- The 'Tesla effect'-produced invisible light enhances the ionization of the ionosphere, especially at the sub-solar site.
14- Owing to the work of the 'Earth-ionosphere-plasmasphere' system as a plasma globe showing the Tesla effect, the magnetosphere could be likened to a refractor parabolic mirror.
15- The Earth rotates inside its magnetosphere such that during the daytime it faces the 'Tesla effect'-concentrated light at the sub-solar site.

Explaining Analogy:
Below you see a picture of a plasma globe.
Please remember that the 'Sun's gravitation-caused' composite bulge in the proximity of the ionosphere corresponds to the finger in the proximity of the shown plasma globe.



Corollary #1:
Each celestial orb has its own gravitation-caused' composite bulge.
Simply, each celestial orb has its tidal effect on the geo-magnetosphere. No escape, such a tide-caused bulge is threaded by or permeated with the conductive geomagnetic field lines that ground it. Due to its almost spherical configuration, the tide-caused bulges collect dense plasma. Having dense plasma and being grounded, strong capacitive discharges should occur and generate light.

In detail:
1- There is a 'Moon's gravitation-caused' composite bulge in the proximity of the ionosphere. It is sub-lunar.
2- For each star there is this star's gravitation-caused composite bulge in the proximity of the ionosphere. It is sub-stellar.
3- For each planet there is this planet's gravitation-caused composite bulge in the proximity of the ionosphere. It is sub-planetary, for example, the sub-jovian.

In general, regarding Tesla effect, all that applies to the Earth as a planet applies to any other planet, either.

How is the 'Tesla –effect-produced' light transmitted from the 'solar tide'-caused bulge Earthward?

It is transmitted by the optical fiber illumination.

In details:

1- The solar tide-caused bulge forms an extremely high-value lighting niche.
2- The plasma is characterized by its capability of being arranged in columns, or pipes, perpendicular to the magnetic field lines.
3- Plasma is characterized of showing a 'double layer' phenomenon. This characteristic enables the plasma columns to have cladding layers.
4- The plasma columns work as optical, crystal fibers i.e. they work as 'light pipes'.
5- The plasma columns can serve as antennas.
6- Plasma columns can show the 'cell structure' phenomenon. This phenomenon enables the columns to be efficiently ideal, optical fibers.
7- The plasma columns represent an effective means of mapping the uppermost magnetosphere in the ionosphere.
8- The 'Tesla –effect-produced' radio waves in the 'solar tide-caused' bulge make it as a gigantic magnetospheric 'HAARP'-like installation.

The optical fiber illumination in the classical auroras can account for the auroral rays of the so-described 'rayed auroras', and auroral corona. As well, it can account for auroral filamentation either the black filaments or the light filaments. Moreover, the optical fiber illumination can also well account for the black and white filaments of the normal dawn.
In addition to, the optical fiber illumination in the classical auroras could explain why the auroras seem field-aligned. However, the uppermost boundaries of the dome of the daylight seem field-aligned, either.

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