2️⃣) ABS RULE OF UNIVERSE ( SCIENTIFIC PAPER STYLE)
SCIENTIFIC PAPER STYLE
The ABS Rule of the Universe:
A Zero-Sum Principle for Universal Stability**
Author: ASWIN B S
Affiliation: Independent Researcher
Keywords: Nothingness, Zero-sum universe, Conservation laws, Symmetry, Quantum vacuum, Cosmology
Abstract
Modern physics describes the universe through multiple independent laws, ranging from classical mechanics to quantum field theory and cosmology. This paper proposes a unifying conceptual principle, termed the ABS Rule of the Universe, which states that for a stable universe, nothing must remain nothing. By representing “nothing” as a perfectly balanced zero-sum system, this framework provides an intuitive explanation for the origin of the universe, conservation laws, Newton’s third law, and the apparent invisibility of parallel or complementary universes. The model is consistent with symmetry principles, quantum vacuum behavior, and conservation laws derived from fundamental invariances.
1. Introduction
The origin of the universe remains one of the most fundamental questions in physics. The Big Bang model suggests that spacetime, matter, and energy emerged from an initial state often described as “nothing.” However, the physical meaning of nothing is rarely clarified.
This paper explores the hypothesis that “nothing” is not the absence of existence, but rather a perfectly balanced state, where all physical quantities cancel globally. This leads to the formulation of the ABS Rule of the Universe, which proposes that all physical laws emerge as mechanisms to preserve this balance.
2. Defining Nothingness
Nothingness is commonly misunderstood as emptiness. However, true nothingness cannot possess:
Matter
Energy
Space
Time
Fields
Observable properties
To analyze nothingness quantitatively, it is represented mathematically as:
[0]
This representation allows the decomposition of nothing into equal and opposite components without violating its net value.
3. Mathematical Representation of Nothing
A fundamental identity of zero is:
[0 = (+1) + (-1)]
Extending this concept:
[0 = (+♾️) + (-♾️)]
Here:
(+♾️) represents all positive physical quantities
(-♾️) represents all negative physical quantities
From an external perspective, these quantities cancel completely, yielding nothing. Internally, however, structured systems may exist.
4. Formation of Dual Universes
The ABS framework proposes that the universe emerged as a zero-sum bifurcation, forming two complementary universes:
A positive universe, containing positive energy, matter, and time direction
A negative universe, containing corresponding negative quantities
Together, they preserve the global condition:
[Total = 0]
This structure can be conceptualized as a zero bubble, invisible from an external reference frame.
5. Role of Quantum Fields and the Higgs Mechanism
Within each universe, particles interact with quantum fields. In particular:
The Higgs field provides mass to particles
The quantum vacuum is not empty, but filled with fluctuating fields
This supports the idea that apparent nothingness can host dynamic internal structure while remaining globally neutral.
6. Stability Through Limited Exchange
For stability, limited interaction occurs between the positive and negative universes via:
Virtual particles
Field fluctuations
Quantum-level exchanges
These interactions do not collapse the system, but instead maintain symmetry and equilibrium, analogous to vacuum fluctuations in quantum field theory.
7. Observational Consequences
7.1 Why Nothing Is Observed Outside Our Universe
When observing beyond our universe, no direct structure is detected. Under the ABS Rule:
Complementary universes cancel observational signatures
From a distant reference frame, the system appears as nothing
7.2 Why Universes Do Not Visibly Interact
If full interaction occurred:
Positive and negative quantities would annihilate
The zero-sum balance would be violated dynamically
Universal collapse would result
Therefore, nature restricts large-scale interaction.
8. The ABS Rule of the Universe
For a stable universe, nothing remains nothing.
This rule acts as a global constraint governing all physical processes.
9. Explanation of Fundamental Laws
9.1 Newton’s Third Law
If an action force existed without reaction:
A net force would arise from nothing
This would introduce imbalance
To preserve zero-sum stability:
[
\vec{F}{action} + \vec{F}{reaction} = 0
]
Thus, Newton’s third law emerges naturally.
9.2 Law of Conservation of Mass
If mass were created:
It would originate from nothing
This implies unbalanced positive mass
If mass were destroyed:
It would disappear into nothing
Again violating balance
Hence:
Mass can neither be created nor destroyed
This preserves global neutrality.
10. Relation to Modern Physics
The ABS Rule aligns conceptually with:
Noether’s theorem (symmetry → conservation laws)
Quantum vacuum energy
Matter–antimatter symmetry
Energy conservation
Cosmological balance models
While speculative, the framework is consistent with known physical principles.
11. Conclusion
The ABS Rule of the Universe proposes that all physical laws exist to preserve a single condition: global nothingness. The universe, rather than violating nothingness, is a structured internal fluctuation of a zero-sum system.
This principle offers a unified conceptual explanation for:
The origin of the universe
Conservation laws
Fundamental forces
Cosmic stability
Future work may formalize this idea mathematically and explore testable predictions.
Acknowledgment
This work is presented for educational and conceptual exploration, without intent to conflict with established scientific or philosophical frameworks.
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