Finding a solution

The theory of dark energy being part of the magnetic force and dark matter being the missing antimatter from the big bang theory is intriguing and difficult to prove but if it is a viable concept then it makes for an interesting dilemma as far as @Cern is concerned. Their objective is to, in their own words “At CERN, our work helps to uncover what the universe is made of and how it works.”

Their research centers around particle accelerator machines smashing charges particles together and seeing what results. To do this they use a particle accelerator, a machine that uses electromagnetic fields to propel two separate charged particles along a narrow path at very high speeds and energies, as close to the speed of light they can ascertain, and each particle is traveling in opposite directions around the accelerators oval tube, corralling each particle within tight beams while speeding around and eventually directing into each particle into a collision and then observing the results of the collision as smaller particles break off from the once solid particles with hopes of finding answers to all the fundamental questions in physics…what is dark matter and dark energy?

Unfortunately, they do all this using electromagnetism, and according to the theory of the Aethoesystem, dark matter does not interact with light or the electromagnetic field. They need to figure out how to use a magnetic field without electricity. As explained, our observable universe, the hydrosphere, interacts with the magnetic force creating an electromagnetic field of electricity, but dark matter, true antimatter only interacts with the other end of the magnetic force, the postromagnetic field, as the other side of the universe, the Lithiosphere uses postricity instead, the opposite of electricity, as matter is the opposite of antimatter. Find out more @Aethoes.com