Abstract

The Devoid Hypothesis introduces a transformative perspective on the cosmos, positing that a substantial portion of universal activity remains imperceptible to current observational technologies. This hypothesis advocates for a paradigm shift from solely examining the observable universe to comprehensively understanding the invisible dimensions that underpin it. By delving into the self-interaction of energy and its emergent phenomena, the Devoid Hypothesis seeks to elucidate the intricate relationship between the visible and invisible realms, offering potential explanations for fundamental forces, dark matter, dark energy, and the origins of complexity in the universe.

Core Tenets of the Devoid Hypothesis:

Energy as the Fundamental Substrate: The universe originates from the continuous self-interaction of primordial energy, existing even before space and time. This interaction, occurring predominantly at sub-Planckian scales, generates all observable phenomena.


Emergent Reality: What we perceive as matter, fundamental forces (like gravity, electromagnetism, strong, and weak forces), space, and time are not fundamental but rather emergent properties resulting from the varying confinement, acceleration, and deceleration of energy interactions.


Reconceptualizing Dark Matter and Dark Energy: These enigmatic cosmic components are reinterpreted as "invisible matter" and "invisible energy", respectively. They are seen as manifestations of the same ubiquitous energy interactions occurring at scales currently undetectable by human technology.


Gravity's Genesis and Weakness: Gravity is an attractive force arising from initial energy confinement. Its apparent weakness stems from the continuous generation and expansion of spacetime, which dilutes its influence over vast distances.


Quantum Phenomena Explained: The seemingly "spooky" aspects of quantum mechanics, such as uncertainty, entanglement, and superposition, are natural outcomes of the intricate and interconnected nature of these fundamental, high-resolution energy interactions.


Beyond E=MC² and Conservation: The hypothesis suggests that the famous mass-energy equivalence equation provides a simplified view, overlooking the crucial roles of relativistic effects. Furthermore, it challenges strict conservation laws at the most fundamental level, proposing that existence arises from a pre-existing abundance of energy.


The Photon's Fundamental Role: The photon, along with other force carriers, may represent different manifestations of primordial confined energy at various scales and under expanding spacetime, unifying seemingly disparate forces.

The Devoid Hypothesis provides a unified and comprehensive framework for re-evaluating core concepts in physics and cosmology. By focusing on the continuous, often invisible, dance of energy, it seeks to bridge gaps in current understanding, offering potential explanations for the universe's structure, evolution, and the very nature of reality.