DUALITY OF TIME:
Complex-Time Geometry and Perpetual Creation of Space
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3.9.9 Hierarchy Problem
the hierarchy problem is related to relative strength of the fundamental interactions, since gravity appears to be extremely weak with relation to the other forces, as we have seen in section 5.6. Gravity becomes strong only for particles at the Planck scale, around
GeV, which is much above the electroweak scale of
GeV. Some suggested solutions include super-symmetry, extra dimensions, or simple anthropic fine-tuning.
We noted in section 5.16 that super-symmetry assumes that all fundamental particles, including their anti-particles, have super-partners. The gauge theory for super-symmetry is super-gravity, which is an extension of General Relativity, which solves the hierarchy and other problems, such as baryonic asymmetry, but those super-partners have not been observed.
One of the major groundbreaking consequences of the Duality of Time Theory is that it explains everything in terms of intersecting space-time dimensions, including all the fundamental interactions in this corporeal physical world, as well as the psychical and spiritual worlds. This means that those incorporeal worlds have the same atomic structure as our own physical world except that they evolve in conjugate time dimension. As we shall see in chapter VII, the three physical, psychical and spiritual worlds form together a perfect spherical space that is symmetrical in all directions. This hidden symmetry explains the hierarchy problem, the baryonic asymmetry and the missing super-symmetry.
... Space Transcendence Read this short concise exploration of the Duality of Time Postulate: DoT: The Duality of Time Postulate and Its Consequences on General Relativity and Quantum Mechanics ...
... nside this Book 6.9.5 Collapse of Wave-Function In a similar manner, we can now give an exact account of the collapse of the wave function. The superposition state of a system with of INDIVIDUAL MONADS comes from averaging the dual-states of these monads, all of which had already mad ...
... al monads comes from averaging the dual-states of these monads, all of which had already made its contribution except the one monad that is the current image of the Single Monad at the very REAL INSTANCE of time of measurement, which is going to be determined right in the following instanc ...
... Perpetual Creation of Space by Mohamed Haj Yousef Search Inside this Book 6.9.5 Collapse of Wave-Function In a similar manner, we can now give an exact account of the collapse of the WAVE FUNCTION . The superposition state of a system with of individual monads comes from averaging th ...
... of Space by Mohamed Haj Yousef Search Inside this Book 6.9.5 Collapse of Wave-Function In a similar manner, we can now give an exact account of the collapse of the wave function. The SUPERPOSITION STATE of a system with of individual monads comes from averaging the dual-states of th ...
... lativity and Quantum Mechanics ...
... be determined right in the following instance. Therefore, because the state of any individual monad automatically collapses into zero after it makes its contribution to the system, once the MOMENT PASS es, all systems are determined automatically, although their state may remain unknown as ...
... te. However, if the number of monads in a system is very small, and since the observer is necessarily part of the system, as we shall see further in section 9.6, the measurement will have a LARGE IMPACT on determining the eigenstate. Accordingly, the state of Schroedinger’s cat, as ...
... individual monad automatically collapses into zero after it makes its contribution to the system, once the moment passes, all systems are determined automatically, although their state may REMAIN UNKNOWN as far as it is not measured. The act of measurement only provides knowledge of the s ...
... owing instance. Therefore, because the state of any individual monad automatically collapses into zero after it makes its contribution to the system, once the moment passes, all systems are DETERMINED AUTOMATICALLY , although their state may remain unknown as far as it is not measured. The ...
... e of the Single Monad at the very real instance of time of measurement, which is going to be determined right in the following instance. Therefore, because the state of any individual monad AUTOMATICALLY COLLAPSES into zero after it makes its contribution to the system, once the moment pas ...
... be determined right in the following instance. Therefore, because the state of any individual monad automatically collapses into zero after it makes its contribution to the system, once the MOMENT PASSES , all systems are determined automatically, although their state may remain unknown as ...
The science of Time is a noble science, that reveals the secret of Eternity. Only the Elites of Sages may ever come to know this secret. It is called the First Age, or the Age of ages, from which time is emerging.
