Modified String Theory Opens The Door To Full Unification | by Mahmoud Nafousi | Aug, 2022

According to a prominent physicist, it is not an exaggeration to say that no one understands the fundamental reality behind many aspects of physics, such as Quantum Mechanics and General Relativity. This means that we’re missing something important, something that would allow us to interpret General Relativity at the quantum level and reconcile it with Quantum Mechanics.

During the last two centuries, some physicists have argued that the shortcomings in understanding the state of a physical system are due to the existence of hidden variables or hidden particles. They must account for the many contradictions and mysteries of the quantum world.

A Grand Unification theory unifies the four forces of nature and derives the values of all the fundamental physical constants from the first principle. The proposed unification theory must answer questions like:

– Are the elementary particles in the Standard Model of Particle Physics composite particles?

– Are there fundamental hidden particles to be discovered? If so, what are their properties?

– Why do quantum systems constantly fluctuate at their lowest energy state (according to the Heisenberg uncertainty principle)?

– Does the theory provide answers to all current physics mysteries?

String Theory is a theoretical framework that suggests the possible composition of subatomic particles from strings. It addresses many unresolved questions in physics. In a given version of String Theory, there is only one kind of string, which may look like a small loop or segment of ordinary string that can vibrate in different ways.

Strings (assumed to be energetic pieces of threads) are the keys to explaining quantum gravity and everything else in our perceived reality. The basic elements of this theory state that strings or membranes are subatomic one-dimensional energy threads. The vibrations of these strings generate everything out of a vacuum, such as the different characteristics and features of subatomic elementary particles and all elements of the periodic system. Ten and more dimensions are needed to describe a perceived reality. These are the four macro dimensions and six micro dimensions. The latest attempt to describe nature by energy strings is the complex M-Theory. All kinds of particles are unified by a Superstring Theory because each particle differs only by the oscillation pattern of a string. Even space and time are supposed to be subject to vibrations of strings.

The proposed modification to String Theory suggests that the symphony of strings’ vibrations results from their interactions with a different configuration of singularities. For example, the quantum fields of Generation One Fermion Particles represent left-handed or right-handed helicity strings being driven by a different configuration of six clockwise/counterclockwise spinning singularities as they disturb adjacent spacetime particles. Basically, the strings are endowed by the adjacent Spacetime Particles in the process of mass formation.

The disturbances in the smooth geometry of the Spacetime Particles that result from endowing some of their strings (energy) in the process of mass formation lead to the local fabric of spacetime curvature. This process offers the basis for a Quantum Gravity Theory and accounts for the curvature of the local fabric of spacetime in line with General Relativity.

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