Copresumy (cosmic pressure of dark matter)

The galaxies are known to move and rotate in space in reaction to the dark matter. That dark matter is composed of almost massless particles, which are packed together and act as a cohesive solid, forcing atoms together into spherical bubbles that float through the ether or circulate in Descartes’ vortex. The ether is denser around the planets so producing a greater displacement force upon a larger body. The transmission of light and other waveforms are radial vibrations of that medium. Refraction of light occurs at an angle to a medium of a different density, and as the density of the ether itself is greater when displaced by a planet or star, then again that light passing close by it is refracted or lensed by the circular body. Time is a measure of events and is invariable except that events and processes can speed up or slow down, nevertheless time is only a marker of any one process proceeding against another. Space appears infinite, and has no discernable margin.

 

The Alternative Force: Copresumy

If gravity were to exist upon the Earth, then that force must necessarily become less and less toward the centre of the Earth, since at the centre of any body, all the mass is outside of the centre. Therefore gravitational pull will force the body out from the centre toward a point of equilibrium. This does not happen, and the pressure upon a body becomes greater and greater as the centre of the earth is approached. The force that exists presses towards the centre, and is not a pull from outside. Newton and Hooke had two options, either the apple was pulled down, or it was pushed down. The two men were so determined to prove a point against each other that they forgot the other possibility.  When going down a mine or to the bottom of the ocean the pressure relentlessly increases. If there were gravity then as soon as one descends there is more and more matter above, that would increasingly pull you back. The pressure should decrease as you descend, but of course it does not. Instead we must consider a force, pressing downwards from space through the atmosphere in a gradient. I have named that force COPRESUMY[1].

 

The discovery in 1965 of the cosmic microwave background, an all pervading radiation throughout the Universe, seen to be polarised, said to have last interacted with matter 14 billion years ago, shows matter to be evenly spread throughout space[i].How was it that this ether has only now been “rediscovered” in the third millennium.In France during the seventeenth century the ideas of Déscartes and Huygens held sway for a hundred years or so. Later, Einstein seized upon the ideas of Poincaré, (1854-1912) the greatest mathematician of his day, ignoring the ideas of Maxwell, and Fresnel. Huygens, Thomas Young and subsequently Doppler showed the waveform of light. This waveform propagates in all directions without apparent diminution in all directions like a ripple in a pond. Particulate energy travels outwards from a single point in space. Even after a mile, these particles, if moving, would be so thinned out as to disappear entirely. Imagine a point in the centre of a balloon, being translated into the same point size on the whole of the surface of that balloon. The multiple of the particle to produce the same particulate energy at that surface would be a factor of many millions. What actually happens is that the particles which transmit the light are packed tightly together and do not move at all. Instead, they transmit a waveform that our eye can detect.

 

We easily forget, but Newton’s idea of action at a distance was always in doubt. Maxwell, Faraday and Hertz proposed forms of radiation that could only be propagated through dark matter (an ether). The Mitchelson-Morley experiments showed the constant speed of light though the dark matter. If the dark matter moves with the planets around the Sun, then even allowing for experimental limitations, their experiments prove the existence of the dark matter, not the absence of it. Lorenz postulated that light was electromagnetic transmission by particle. Poincaré expounded a theory of relativity in 1905, and Einstein his own theory in 1906. Einstein’s theory had considered motion, but ignored gravity and acceleration. He postulated particles and waves for the transmission of light, but argued that space and time were equivalent, and that mass and energy were equivalent in the most unprovable of all equations, M=EC2. In 2003, equally implausibly, two researchers claimed to have measured the speed of gravity[ii].

 

 


[1] Copresumy  a new word to refer to the cosmic pressure, coined from: Cosmic/pressure/um/y


[i] Nature, volume 420, 19/26 December 2002, p747.”cosmic microwave background”. “In 1992, data from the Cosmic background explorer showed that the temperature varies by ten parts per million, or thirty microkelvin, from one direction to another across the sky. The anisotropies in temperature and polarisation are thought to represent variations in the density of matter across the universe”. (These anisotropies are supposed to have been fixed some 14 billion years ago, remaining constant yet polarised!)

 

[ii] Nature, volume 421/ 16th January 2003, p.198.  “In 2003, two researchers claimed to have measured the speed of gravity. Gravity was said to propagate at the speed of light, a value close to that predicted by Einstein, but several theorists disputed this measurement by Fomalont and and Kopeikin, as “seriously flawed”. Kenneth Nordtvedt said that the team was seeing a gravitational analogue of the force of magnetism, caused by electrons moving at close to the speed of light”.