View Full Version : Ionosphere Produces Daylight

Attiyah Zahdeh
2011-Mar-24, 08:59 PM
Ionosphere Produces Daylight

Necessary Information Concerning the Ionosphere:
For convenience, the ionosphere is divided into four broad regions called D, E, F, and topside.
This region lies between about 75 and 95km above the Earth.
It is the region that extends between about 95km and 150km above the Earth.
The region lies between about 150km and 350km above the Earth.
This region may be further divided into two occurring layers, F1 and F2.
Topside Ionosphere:
It occupies the sky from about 350km to an average of about 950km above the Earth.

Two Preliminary Facts:

1- The whole ionosphere is always enveloped in darkness.
2- Either during the daytime or nighttime, the bulk of the ionospheric light is spread in D-layer and E-layer. However, E-layer shows lion's share.

Observationally saying, it could be considered that the darkness is almost continuously surrounding the whole ionospheric F2-layer. In other words, the topside ionosphere is almost always dark.
Due to the human intellectual adherence to the concept that the daylight comes from the body of the Sun, scientists tried to interpret the darkness of the outer space in the terms of the scattering processes. They thought that the darkness of the outer space is due to the absence of a gas density capable of scattering the solar light to the degree of being visible. Surprisingly, they never discussed the real possibility that the ionosphere itself might be the factual source of the bulk of the daytime light.
Doubtlessly, even in the terms the scattering processes, the density of the gas contents of the ionosphere is extremely short of accounting for the observable intensity of the light in any one of its layers. As well, the intensity of the light in all these layers is continuously changing in a manner such that this change is intimately associated with the geomagnetic disturbances which, in their turn, are an indication of the real occurrence of the auroral activities. Accordingly, it should be concluded that the ionosphere is the main source of the daytime light. In this context, Attiyah's Sun theory, especially in its modified version according to Atityah's light theory that accounts for the darkness of the outer space, comes as an attempt to deal with that inevitable conclusion.


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 auroras are 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 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.


Attiyah's Sun theory could be generalized to apply to the stellar light.


Attiyah's Light Theory

1- Gravitons are the simplest, smallest elementary mass particles in the universe.
2- Gravitons are all the same neutral mass.
3- The elastic, spiral gravitational field lines serve as a railway for the gravitons.
4- Gravitons can travel along the elastic, spiral gravitational field lines throughout the electromagnetic media.
5- Electrons form picket packets for the gravitons controlling their capturing and releasing.
6- For the purpose of exchanging gravitons, the gravitational field lines emanating from a certain body prefer to be connected to the outermost electrons in the atoms of other different bodies.
7- Gravitons are either filling the gravitational field lines which could be described as graviton-transferring lines, or are temporarily trapped by the electrons.
8- Gravitons are always ready to be in transit.
9- The photons aren't more than moving gravitons traveling in an electromagnetic medium.
10- The photons (moving gravitons) disturb the electromagnetic field of the medium wherein they are traveling, and thus causing the generation of electromagnetic waves that seem thoroughly concomitant.
11- The electromagnetic waves relevant to the light are not the photons themselves, but they are electromagnetic waves generated as a result of the disturbance of the electromagnetic fields of the medium wherein the photons are just passing while causing this very disturbance. 12- The energy of the traveling gravitons (photons) is proportional to the tension of the spiral gravitational field lines.
13- The change in the relative motion between any two bodies maps in a change in the tension of the spiral gravitational field lines connecting them.
14- The intensity of the disturbance that the photons cause in the electromagnetic fields is proportional to the change in the tension of the graviton-transferring lines.
15- The change of the energy of the photons is proportional to the change in the tension of the graviton-transferring lines.
16- The frequency of the concomitant electromagnetic waves is proportional to the change of the energy of the photons that disturb the electromagnetic field wherein these waves are generated.


I used the word 'gravitons' because all that we could know about them is that they are elementary particles. Thus, there is no reason to prevent it from being used in the definition of the photons. As well as, the word itself 'gravitons' reminds directly with the gravitation.

N.B. #2
when scientists deal with light, they factually deal with the effect of the photons while traveling in an electromagnetic medium, rather than with the photons themselves as the stimulus i.e. the agent (in this case it is the photons) that causes the generation of these electromagnetic waves as it disturbs this very medium.

2011-Mar-24, 09:04 PM
Attiyah Zahdeh,

You are not adequately keeping up with questions in your other ATM thread. This thread is closed until you can demonstrate that you can participate according to our rules.