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Freezing of neutrino oscillations and the Wave-Particle duality at the Planck scale shed new light to the quantum physics of the chilled universe
Physicists now understand that that terrestrial contemporary quantum physics is scratching the surface of the technology. One of the most challenging quests in contemporary theoretical physics concerns the nature of space-time at the Planck scale, and deciphering gravitationally-induced modifications to the quantum realm, and vice versa. While some of these aspects can only be revealed by observations, Maxwellian arguments of consistency can also shed light on the joint realm of the gravity and the Quantum.
Quantum measurements in the Planck realm necessarily alter the local space-time metric in a manner that destroys the commutatively of the position measurements of two different particles.
The gravitational effects associated with the wave function collapse become important as it necessarily invokes the collapse of the energy-momentum tensor.
As a consequence, non-locality must be an essential part of any attempt to merge the theory of general relativity with quantum mechanics. The derived non-commutativity easily extends to measurements of different components of the position vector of a single particle, and modifies the fundamental commentators of the Heisenberg algebra. A further essential conclusion beyond the stated gravitationally-induced non-locality is that space time itself acquires a non-commutative character.
Simply put, freezing of neutrino oscillations and the Wave-Particle duality at the Planck scale shed new light to the quantum physics of the chilled universe. Scientists are on their way to understanding the chilled universe below the Hyperspace. The Hyperspace holds our universe, and many others. The chilled universe in the platform and is held by three pillars of singularities. Everything above the chilled universe recycles with a creation, maintenance and destruction for rebirth cycle. The chilled universe is indestructible. TECHNOLOGY ARTICLES
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