Devoid § 5

The Illusion of Conservation and the Emergent Nature of Reality

This paper explores the limitations of conservation laws in physics and proposes a model of reality based on the fundamental nature of energy and its self-interactions. Contrary to the ingrained human perception of the necessity for conservation, this model argues that existence itself arises from a pre-existing abundance of energy, negating the need for strict conservation at its most fundamental level.

The Scale Dependency of Physical Laws

Scientific laws, often perceived as universal and immutable, demonstrate a crucial dependence on the scale at which they are applied. The effectiveness of these laws, particularly those governing gravity and electromagnetism, diminishes as we delve into scales beyond our immediate frame of reference. The hypothetical graviton, potentially representing the earliest manifestation of energy in the universe, exemplifies this concept. Its existence, if proven, would likely be observed as a particle possessing energy levels currently unattainable by human technology, rendering it undetectable within our current scientific framework.

The Information Paradox and the Limits of Observation

The human inclination towards conservation extends to the realm of information, leading to the information paradox. This paradox, while resolvable, highlights the limitations of applying our macroscopic observations to the microscopic realm. Reality, as we perceive it, emerges from a complex cascade of interactions occurring at scales beyond our immediate comprehension. Energy, constantly interacting and becoming confined at multiple levels, generates new interactions and further confinement. This perpetual cycle creates emergent properties and phenomena observable at our macroscopic level, including the illusion of information conservation.

The Primacy of Energy and the Emergence of Spacetime

At its most fundamental level, energy exists outside the constraints of space and time. This concept, while seemingly paradoxical, forms the foundation of our proposed model. This primordial energy, through continuous self-interaction, undergoes a process of confinement, giving rise to the very fabric of spacetime. This initial confinement, akin to a splitting of energy into entangled regions, marks the genesis of matter and antimatter.

Symmetry, Invisible Energy, and Invisible Matter

The continuous interaction and confinement of energy lead to the emergence of increasingly complex structures. These structures, while demonstrating inherent symmetry stemming from their origin as entangled energy regions, interact with primordial energy, resulting in the continuous generation of space, time, and further energy confinement. This continuous expansion driven by fundamental energy interactions underpins the concept of "invisible energy," a more accurate term for what is currently labeled "dark energy."

Similarly, the ongoing confinement of energy produces a spectrum of energy states. Some of these states, while undetectable by our current technology due to their lack of electromagnetic interaction, exert gravitational influence, constituting what we perceive as "invisible matter" – a more appropriate term than "dark matter."

The Statistical Nature of Reality and the Search for a Unified Theory

The immense scale and complexity of energy interactions within the universe give rise to the statistical nature observed in physical phenomena. The sheer volume of interactions allows for mathematical modeling and prediction, leading to the development of mathematical physics. The interconnectedness of all matter and energy, originating from the same primordial source, further suggests the possibility of a unified theory encompassing all physical laws.

However, the reliance on mathematical models without a complete understanding of the underlying mechanisms can lead to multiple interpretations of the same phenomenon, hindering the development of a truly comprehensive theory.

Rethinking the Multiverse

The concept of a multiverse, often arising from interpretations of quantum mechanics and the universe's fine-tuning, can be misleading. The multiple outcomes inherent in quantum systems exist within the same universe, albeit at scales currently inaccessible to our observations. Similarly, the vastness of the universe, exceeding the observable horizon due to the expansion of space, should not be misinterpreted as separate universes.

The True Extent of the Universe

While estimates for the age and size of the observable universe are remarkably accurate, they should not be extrapolated to encompass the entirety of existence. The universe, driven by the boundless energy interactions beyond our observable horizon, likely extends far beyond these estimations, potentially approaching infinity.

In conclusion, a paradigm shift towards understanding energy as the fundamental building block of reality, existing outside the constraints of space and time, offers a more accurate and comprehensive framework for understanding the universe. This model, while challenging our intuitive understanding of conservation laws, provides a more coherent explanation for the emergence of spacetime, the nature of dark matter and dark energy, and the statistical nature of physical phenomena. Further exploration of this model may pave the way towards a unified theory encompassing the entirety of physical reality.