http://www.mauricecotterell.com/gravity1.html
Here is a recording of a that segment of the conversation
Poor George was really lost in dialogging with Maurice, as the numbers and data came at him so fast.
That was very observant about Maurice's thoughts on the universe. One of his recent emails to me put it bluntly:kevin wrote:Great graphics that make it compelling, but,
I consider He is half right, sort of stuck between the truth and the present accepted.
I suppose thats to be expected seeing as where we are at the present?
We are about to go through the spiral point.
He's stuck with light and heat coming in linear fashion, thats where He is stuck in the present, light and heat are field consequences, the heat is local to the surface as is the light, it is not a big heater or torch the sun, it's a huge bloody planet.
this IS an electrical universe, and everything is a consequence of that.
this planet, and all of them?, are most probably hollow, with a central sun that is an electrical point/s.
That point will not be hot, the lava we experience will be fairly local to the surface , and be the result of been positioned where huge opposites meet and cross, the volcanos will be net emittance points that errupt upon alignment with their opposite, the hurricanes will be the opposite to that.
Good link though cheers.
kevin
What I like is your point on the Hollow Earth theory. That fits with with what Neil Adams proposed in his expanding earth model, and with what Brooks Agnew has talked about in his books and his upcoming expedition to the North Pole to search for the opening to the hollow earth. I was stuck on how lava and volcano's could form (Hawaiian Island chain) in a crust that was 800 miles thick, or Oil or other things. It is a model that is so far removed from the common paradigm of planetary geology, it is hard to stay open to it. I like it though.Maurice wrote:I believe, based on present data, that apart from height, width and length (space) there are only 2 dimensions; time and temperature. This is because information can be stored in time [I can fire a radio signal into the galaxy and ensure its return in say 3,500 years, like a boomerang] so information can be stored with respect to time and distance. All of our laws are subject to temperature. Take away temperature and it appears that everything stops (there is no gravity). Hence, in regard to the hierarchy of physics, God comes first, then follows temperature, and then time and then distance (space).
So let's forget the nonesense about paralell universes etc. All the best. MC
Yes.kevin wrote:sort of stuck between the truth and the present accepted.
- JunglelordThe radiation is EM radiation.
- JunglelordHe is describing a Scalar Wave of EM.
Scalar Wave is all Tesla work.
That is his theory of gravity.
Of course modern physics has never explained why the electron should NOT plummet into the proton. Modern physics has never explained why the electron SHOULD plummet into the proton! It's like saying "Nobody has ever explained why Santa Claus doesn't show up on Christmas Eve". It begs the question "Why WOULD Santa Claus show up on Christmas Eve?" The reason modern physics has not answered these most basic and simple questions is that they have never explained PHYSICALLY how a proton and an electron interact.The thought that the electron should just orbit the proton with out flinging out or falling in has NEVER been explained by modern physics. To assume that it is, is uninformed. Therefore the material he presented lead to a series of threads by myself. The hydrogen atom offers much more then most understand.
-JunglelordCharge is a state of relationship between primary angular momentum and aether.
The reason the antineutrino binds weakly is due to the fact it is in between two folded aether units.
Introduction
A major difference between radiating and non-radiating fields is that the level of a nonradiating
fields decreases with the third power of the radius (volume), while the level of a
radiating field decreases with the first power. The analysis presented here provides
evidence as to how and why this occurs. The conclusions are somewhat surprising. It has
been accepted as fact that waves cannot move faster than the speed of light. However, it
is only the propagation of signals in the radial direction that is limited to the speed of
light. Tangential waves travel much faster. Electromagnetic waves are not seen to “break
away”, but to vary with the high tangential velocity of the field, producing a compression
of the wave and a corresponding time delay with distance.
4. It has been argued that the propagation of waves through space occur by virtue of the
electric field creating an electromagnetic wave, which in turn creates a subsequent
electric wave, similar to the action of an oscillating L-C circuit. However, in the far
field, both the transverse electric wave and the electromagnetic wave peak at the same
instant of time whereas exactly the opposite occurs for an L-C
circuit.
5. The (1 – v2/c2) term in equations (16), (17) and (18) appear in various mathematical
models of physics and engineering. The Irish physicist, G. F. Fitzgerald proposed that
objects grew shorter in the direction of their absolute motion, due to the pressure of the
“ether wind” [4]
The Fitzgerald contraction was analyzed by the Dutch physicist, H.A. Lorentz, who
deduced that mass increases inversely with the Fitzgerald ratio. Einstein argued that time
decreases in proportion to the Fitzgerald ratio in his General Theory of Relativity. A new
model of the hydrogen atom, analyzed as an electric circuit, showed that the forces acting
upon the electron are proportional to (1 – v2/c2), and other substantiating evidence for the
above assertion of the bending of electromagnetic waves was also presented [5].
Concluding Remarks
The plots of the radiation equations show that rotating or lateral motions of an electric
field wave must bend with its tangential velocity. If the rotating waves didn’t bend, then
the transfer of information through space would be instantaneous. Topological analysis
allows a visualization of electromagnetic waves in space that are not always obtainable
by the methods of abstract mathematics. This can lead to a better comprehension of the
process by which radiation occurs. In this case, the issue of the change in dimensionality
of a radiating wave becomes clear. There are new systems that are being designed at the
molecular level, which are potentially important in the future of science. Such designs
may involve treating atoms as tiny electrical circuits. The radiating and non-radiating
fields surrounding equations atoms and molecules will consequently be of concern.
http://www.science-site.net/RadiationArticle.pdf
That is exactly what I just discovered! The standing wave or non radiating stator and the radiating or traveling wave rotor paradigm. The hydrogen atom makes one microvolt as the electron spins at 3x10^6 miles an hour around the nucleus. If you can identify the true electron shell configurations (Platonic Solids Tetrahedron, Octahedron, Cube) the rotor and you can over lap that with the molecular stators then you immediatley see why the hexagon is so powerful verses the cube when working with a material like common graphite. Harmonic resonance always involves equal amounts of structure and function.Introduction
A major difference between radiating and non-radiating fields is that the level of a nonradiating
fields decreases with the third power of the radius (volume), while the level of a
radiating field decreases with the first power. The analysis presented here provides
evidence as to how and why this occurs. The conclusions are somewhat surprising. It has
been accepted as fact that waves cannot move faster than the speed of light. However, it
is only the propagation of signals in the radial direction that is limited to the speed of
light. Tangential waves travel much faster. Electromagnetic waves are not seen to “break
away”, but to vary with the high tangential velocity of the field, producing a compression
of the wave and a corresponding time delay with distance.
4. It has been argued that the propagation of waves through space occur by virtue of the
electric field creating an electromagnetic wave, which in turn creates a subsequent
electric wave, similar to the action of an oscillating L-C circuit. However, in the far
field, both the transverse electric wave and the electromagnetic wave peak at the same
instant of time whereas exactly the opposite occurs for an L-C
circuit.
5. The (1 – v2/c2) term in equations (16), (17) and (18) appear in various mathematical
models of physics and engineering. The Irish physicist, G. F. Fitzgerald proposed that
objects grew shorter in the direction of their absolute motion, due to the pressure of the
“ether wind” [4]
The Fitzgerald contraction was analyzed by the Dutch physicist, H.A. Lorentz, who
deduced that mass increases inversely with the Fitzgerald ratio. Einstein argued that time
decreases in proportion to the Fitzgerald ratio in his General Theory of Relativity. A new
model of the hydrogen atom, analyzed as an electric circuit, showed that the forces acting
upon the electron are proportional to (1 – v2/c2), and other substantiating evidence for the
above assertion of the bending of electromagnetic waves was also presented.
Concluding Remarks
The plots of the radiation equations show that rotating or lateral motions of an electric
field wave must bend with its tangential velocity. If the rotating waves didn’t bend, then
the transfer of information through space would be instantaneous. Topological analysis
allows a visualization of electromagnetic waves in space that are not always obtainable
by the methods of abstract mathematics. This can lead to a better comprehension of the
process by which radiation occurs. In this case, the issue of the change in dimensionality
of a radiating wave becomes clear. There are new systems that are being designed at the
molecular level, which are potentially important in the future of science. Such designs
may involve treating atoms as tiny electrical circuits. The radiating and non-radiating
fields surrounding equations atoms and molecules will consequently be of concern.
http://www.science-site.net/RadiationArticle.pdf
http://www.science-site.net/index.html
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