Big Bang Theory, Middle Rift Theory, universe, astrophysics, quantum mechanics, supersymmetry, cosmos, spacetime relative theory
The Big Bang theory has been a long prevailing theory of the origin of the universe. However it lacks any explanation of its own necessity for existence nor its apparent spontaneity of symmetry breaking that brought it about but, indeed, has served astrophysics and also quantum mechanics since its inception. However, this theory may not actually pertain to the beginning of the universe but rather a consequence of linear thinking on the part of science looking for closure as a means to necessitate a practical timeline for all subsequent events. It may be that the universe began in a middle-like state of supersymmetry and is actually persisting as such; however, once measured, it appears to be in the linear progression of familiarity. This article attempts to demonstrate how a single decoupling of one, if not all symmetries at once, would necessarily result in a universe we currently observe with the illusion that it had an origin and or progresses linearly in time such as that proposed by the Big Bang theory.
[...] Once again, it is in very much how we measure that any of these properties appear at least to be persistent. In summary As noted in Fig A djiin-like Groid state where a random or orderly runnel sequence of linked events) causing an extra aspect to reality, something akin to a djinnlike perturbationer, called a Void dice, which is a case of random or orderly (or anything in between) voidings of symmetries into asymmetrical states that allow for actionable events using the paradoxical djinnlike qualities. [...]
[...] These connections may also be illusory and the universe may indeed be timeless but there is no way to tell without some sort of tautological incessant need to measure beginnings, ends, boundaries and other distinctions that are feasible otherwise risk being in a state of Groidlikeness where nothing is distinguishable and all is complete. Time and indeed motion and space may be entirely illusory as a result of the relativity of its measure in opposition to something to contrast it with. A simple example would be to imagine a scatter shot of particles with no discernible age. [...]
[...] The above diagram can be applied to any symmetry break such as time, space and indeed all properties capable of splitting into parts that are labelable. The actual object in question, namely say the Deilfine above may only come into play once measured and may be in a superposition of quantification-unquantifiability until then. Example symmetry break in Fig The Deilfine, D(0-n-Infinity), named after the oroboric life cycle of the dolphin, where the symmetry is that of separation-non separation into what are known as "amounts" and "numbers", where certain amounts or numbers may not technically even exist but as ratios of one thing to another such as the circumference to diameter ratio of circles. [...]
[...] Hence the potential antimatter may be stuck going backwards in time from the Middle rift of the Big Bang in complete opposite to the regular matter going forwards from this starting point. Hence we can never measure the equal amounts of antimatter unless we can go backwards past the Big Bang's central rift. Furthermore, there should be ways to measure these opposite runnels of symmetry breaks further showing how the universe is very much a happenstance chance encounter of the way we measure having been used to linear progression since our own inceptions. [...]
[...] An alternative to this is a Void; which is when all symmetries are in a state of canceling out. A combination state of both balancing out and cancelling out symmetries would be called a Groid. In any case there is nothing perturbing the system and hence it is complete and of no consequence except as a guide to what could be if all symmetries had balanced or cancelled out respectively. Of course, this Groid scenario is not the case otherwise nothing would be distinguishable so as to exist. [...]
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