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Reaching escape velocity ten times that of light for traveling to the Hyperspace through massive black holes at the center of galaxies
Scientists in particle-colliders for the first time find clues to breaking the fundamental barrier of physics - the speed of light.
In recent days bombarding atoms in massive particle-colliders are showing promises of reaching escape velocities higher than that of light. The possibilities come from virtual particles that are generated in the colliders. These virtual particles exist in higher dimensions. They can be perceived but never seen.
Massive black holes at the center of galaxies form the “Inter Universe Highways” between Hyperspace and other Universes. Space Agencies all across the world face the massive challenge of overcoming the Black Hole point of singularities that require escape velocities higher than that of light to move to the other end.
The technique according to Aerospace Engineers requires massive acceleration and equally fast deceleration. The escape velocity requires is many times that of light and then the white hole effect comes about. The white hole on the other end spits out the objects into the Hyperspace. For that the space probe needs to decelerate fast to travel into the Hyperspace.
According to some UFOlogoists, advanced extraterrestrial UFOs follow these techniques to travel across the multiverses.
Bending space and time does not help in overcoming the Black Hole escape velocity requirements. You need massive escape velocities.
The giant G1 cluster in the Andromeda Galaxy appears to contain a black hole of some 20,000 solar masses. Another globular cluster, 32,000 light-years away within our own Milky Way, apparently harbors a similar object weighing 4,000 solar masses. Interestingly, the ratio of the black hole's mass to the total mass of the host cluster appears constant, at about 0.5%.
The Hyperspace is easily accessible through these massive Black Holes. And particle colliders are telling us that virtual particles in higher dimensions can achieve the required escape velocities.
TECHNOLOGY ARTICLES
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