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 breakings 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 super symmetry and is actually persisting as such however once measured 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.
Table of Contents
Abstract
Introduction
Firstly some terms to denote said spontaneous symmetry breaks of the universe:
Example symmetry break in Fig 1: The Deilfine, D(0-n-Infinity)
The alternatives to the Big Bang model
A middle rift version of the Big Bang
Why certain symmetries persist
In summary
Research Objectives and Key Themes
The work explores an alternative hypothesis to the Big Bang theory, proposing that the universe originates from a state of spontaneous symmetry breaking driven by a "fifth fundamental force" or "Void dice." The central research question investigates whether the perceived linear progression of time and the universe's origin are merely subjective consequences of measurement rather than objective physical realities.
- The theoretical nature of "Groid" and "Djinn-like" states in the cosmos.
- Mechanisms of spontaneous symmetry breaking as a driver for observable reality.
- The role of human measurement in creating the illusion of temporal and spatial boundaries.
- A "Middle Rift" model as an alternative to traditional expansionist cosmologies.
- The relationship between quantum superposition and the apparent persistence of physical laws.
Excerpt from the Book
A middle rift version of the Big Bang
This is when the universe opens out to a past directional run and to a future directional run at the same time via a symmetry break of time where we are currently in the forward direction as a result of measuring it thusly. This would compensate for all the symmetry breaks observed in the universe thus far, namely: Low entropy to high entropy, hot tending to cold of temperature, young universe “progressing” to an older appearing one, an accelerated expanding universe from a smaller one, time and matter running causally forwards in time rather than backwards.
And so on the flip side of the rift there should be a universe running backwards from the Big Bang with all the above in reverse. This would explain the asymmetry of the above as all the unmeasured symmetries that have a timelike arrow are also compensated for in reverse.
This would also compensate for say for example the missing anti-matter which is stuck in a reverse flowing time universe from the Big Bang running backwards to the universe’s technically beginning state as its end state. Hence the lack of observable positrons which would require the above states running backwards to compensate for its causality running backwards in time.
Summary of Chapters
Abstract: Presents the central argument that the Big Bang may not mark the absolute beginning of the universe, but rather an artifact of linear human perspective and measurement.
Introduction: Examines the limitations of Planck units and the concept of an unproven "unification point," introducing the hypothesis of a pseudo-djinnlike state of the universe.
Firstly some terms to denote said spontaneous symmetry breaks of the universe: Defines theoretical constructs such as "The Grey," "Groid," and "Void dice" to describe states of balance, cancellation, and perturbation in the cosmos.
Example symmetry break in Fig 1: The Deilfine, D(0-n-Infinity): Illustrates through the "Deilfine" model how symmetry breaks lead to measurable "amounts" and "numbers," positing that reality exists in a superposition until measured.
The alternatives to the Big Bang model: Discusses the possibility of multiple beginning points and how the measurement process collapses the universe into a singular, seemingly old state with an arrow of time.
A middle rift version of the Big Bang: Proposes a dual-directional model where the universe evolves both forward and backward in time from a central rift, potentially accounting for missing anti-matter.
Why certain symmetries persist: Analyzes the persistence of physical laws through the lens of measurement, suggesting that opposing states are always present as a backdrop to our observations.
In summary: Recapitulates the "Void dice" as a potential fifth fundamental force, suggesting that the origin of the universe is a paradoxical, spontaneous occurrence.
Keywords
Big Bang Theory, Symmetry Breaking, Middle Rift Theory, Groid, Djinn-like state, Void dice, Spacetime, Quantum Superposition, Measurement Problem, Cosmology, Causality, Entropy, Anti-matter, Fundamental Forces, Paradoxical Reality
Frequently Asked Questions
What is the core premise of this scientific paper?
The paper proposes that the Big Bang may be an illusory construct resulting from how we measure the universe, rather than an objective starting point of all existence.
What are the primary theoretical components introduced?
Key components include the "Groid" (a state of balanced symmetry), "Djinn-like states" (paradoxical states without beginning or end), and the "Void dice" (a force causing symmetry breaks).
What is the fundamental objective of the research?
The objective is to re-evaluate cosmology by showing how spontaneous symmetry breaks create the illusion of linear time and measurable matter, as opposed to a fixed, objective origin.
Which scientific methodology is primarily employed?
The author uses theoretical physics speculation, symmetry analysis, and conceptual modeling to challenge current cosmological interpretations of entropy and time.
What does the main body of the work focus on?
It focuses on defining mechanisms of symmetry, exploring the "measurement problem" in quantum mechanics, and offering alternative models like the "Middle Rift" to explain cosmic asymmetry.
Which keywords best describe this research?
Keywords include Big Bang, Symmetry Breaking, Void dice, Measurement, Groid, and Cosmology.
How does the "Middle Rift" model explain the missing anti-matter?
The model suggests that anti-matter may exist in a universe running backward in time from the Big Bang, thereby remaining unobservable to us as we measure moving forward.
Why is the "Void dice" described as a potential fifth fundamental force?
It is proposed as an additional force because it acts as the primary driver for symmetry breaking, existing outside of conventional origins as a paradoxical, spontaneous perturbation.
- Quote paper
- Dr. Nazmi Gendzh (Author), 2026, Alternative to the Big Bang Theory: The Middle Rift Theory of the Origins of the Universe, Munich, GRIN Verlag, https://www.grin.com/document/1720684
