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Particle acceleration model and experiment point towards possible opening into Hyperspace from our Physical Universe
Scientists are busy all over the world in trying to find an opening into the Hyperspace from our Physical Universe. Some significant progress manifests the possibilities that soon we will have news on opening into the hyperspace. That will be our generations and perhaps that of the human civilization’s greatest achievement.
Intensity profiles for particles of different energies and describes the relation between arrival times, maximum predicted energies, and shock propagation characteristics. The indestructible life forms – the ZPE (Zero Point Energies) in the hyperspace actually manifest itself in the 3-D Physical Universe as Aether. The energy according to some scientists are transformed in virtual sub atomic particle in the Hyperspace and real subatomic particle in our physical universe.
These subatomic particles provide the biggest clue as they manifest energy through their electromagnetic spin. Scientists have modeled the shock waves generated in these particles through collision and other means. Intensity of particle injection energy (injection here refers to the injection of particles into the diffusive shock acceleration mechanism), the maximum energy to which particles are accelerated at the shock, energetic particle spectra at all spatial and temporal locations, and the dynamical distribution of particles that escape upstream and downstream from the evolving shock complex point towards a possible opening into the 5-Hyperspace.
Scientists are also looking at openings to the Hyperspace from another angle. “Virtual” field particles (e.g. bosons of the ZPF) are hyperspace particles that cross our 3-D universe from time to time, thus seeming “virtual” to us. There are at least 2 different kinds of virtual particles, e.g. those from hyperspace and those of 3-D fields of force. Both of these particles appear and disappear in the Physical universe using the fermions that connect the Physical Universe with the Hyperspace. 3-D Kelvin radiation in our universe, and 5-D quantum waves and ZPEM in Hyperspace provide the clue how our Physical Universe overlaps in spatial terms with the Hyperspace.
Following trail of this subatomic particle, scientists plan to go after the small windows (fermions) openings. It is obvious we cannot enter a neutron star or a blackhole with our current technology levels. But by tracking the microscopic openings – the fermions – if we can find an opening to the Hyperspace, we can focus on tapping immense energy that will allow us to create, maintain and use wormholes into the Hyperspace.
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