Devoid § 7

A Reframing of Fundamental Physics

This section introduces a novel interpretation of existence, entanglement, and time, grounded in the concept of confined energy interactions occurring at scales beyond the Planck limit.

A Reconceptualization of Existence

The standard model of particle physics, alongside theories extending beyond it, can be reinterpreted through the lens of confined energy. Central to this concept is energy's self-interaction at sub-Planckian scales, perpetually generating iterations of confined energy. Most of these iterations remain undetectable by current methodologies due to their lack of electromagnetic radiation emission. Only when the cumulative effect of these interactions reaches a critical threshold, resulting in emergent space of sufficient size, does electromagnetic radiation become detectable. This occurrence is statistically infrequent, given the predominance of empty space within the universe.

Perceived reality, therefore, is a continuous flow through these confined energy iterations. The trajectory of this flow, whether toward greater or lesser confinement, is determined by pre-existing configurations of energy iterations. The interplay between confined energy from self-interaction, accumulated energy iterations, and their synergistic effects ultimately gives rise to existence as perceived.

Entanglement Reconsidered

A subset of undetectable, diffuse particles, originating from primordial energy self-interactions, pervades the entire universe. This leads to the proposition that hidden variables -contrary to contemporary experimental interpretations- might possess validity. Entities in superposition or entanglement states may directly interact with this layer of diffuse particles. This direct interaction could explain the instantaneous state changes observed in entangled systems, irrespective of spatial separation between entangled particles, bypassing higher-level confined energy interactions.

Both wave function collapse and instantaneous measurement outcomes in superposition states can be attributed to the influence of these exceptionally large, diffuse particles. Despite the instantaneous nature of the interaction itself, the propagation of its effects through subsequent confined energy layers results in the observed delay in entanglement phenomena.

Time: A Multifaceted Concept

Time, in its various manifestations -chronological, emergent, physical, biological, psychological- can be unified by the common thread of change or its absence. Each facet is governed by distinct mechanisms dictating the nature and progression of change. However, time transcends mere change.

The most familiar aspect of time is a human construct that enables accurate event prediction, underpinning our ability to navigate the world temporally. This construct has been instrumental in driving human progress, though our relationship with time remains complex, characterized by both reliance and frustration. Fundamentally, time, like most phenomena, is inherently neutral.

Although fundamentally conceptual, time encompasses more than this construct. Any conceivable phenomenon inherently possesses a temporal dimension, thus debunking the misconception of time as merely imaginary.

The Cosmological Constant Re-examined

The cosmological constant presents a paradox, potentially neither cosmological nor constant. Despite scientific consensus remaining elusive, its existence is increasingly acknowledged, notwithstanding Einstein's dismissal of it as his "biggest blunder."

It is proposed that the cosmological constant, vacuum energy, and the majority of dark energy and dark matter can be unified as different manifestations of confined energy. This constant energy interaction at sub-Planckian scales drives the emergence of confined energy, space, and time. Space's continuous expansion, fueled by this interaction, generates an illusion of a repulsive force - its sub-Planckian nature rendering it undetectable and leading to its designation as "dark energy".

Furthermore, energy interactions responsible for generating confined energy also give rise to increasingly confined and massive energy forms. This process can create regions surpassing the Schwarzschild radius, effectively forming virtual black holes. These phenomena remain hidden from direct observation due to their sub-Planckian scale, contributing to the designation of "dark matter".

Symmetry: A Matter of Perspective

Since the initial energy self-interaction resulting in confinement, symmetry has remained intrinsic to the universe. Apparent symmetry breaking is likely a consequence of our limited perspective. As symmetrical particles move and interact diversely, interactions where symmetrical components lose symmetry emerge, giving rise to particles, forces, and phenomena deviating from expected symmetrical configurations. These symmetry-breaking interactions occur at scales either extremely small or remarkably vast, placing them beyond current observational capabilities.

Until more sophisticated probing methods are developed for both the smallest and largest universal scales, the true extent of symmetry and the limitations of our current understanding of symmetry breaking remain elusive.

The Ongoing Big Bang

A deeper understanding of the presented concepts reveals that the Big Bang is not a singular past event but an ongoing process. This process persists as long as energy continues to interact with itself, occurring perpetually at sub-Planckian scales. While most interactions occur below the Planck limit, their cumulative effect drives the universe's expansion. As interactions generate increasingly confined forms of energy and expansion continues, the process extends beyond the Planck scale, giving rise to observable energy and matter forms. The Big Bang's ongoing nature remains concealed due to the interaction scales and confinement levels required to produce tangible matter.

Black Holes and the Big Bang: Two Sides of the Same Coin?

When any form of confinement is compressed below its Schwarzschild radius, an inverse process to the Big Bang transpires. This phenomenon occurs across all scales, happening continuously throughout the universe. The speed at which this process unfolds varies dramatically, from unimaginably fast at the smallest scales to incredibly slow at the largest scales.

(Not?) About Infinities

Infinities can often be reinterpreted as regions where energy self-interaction generates emergent effects that challenge current physics and mathematics understanding.

Conclusion of Devoid § 7

This framework reinterprets fundamental physics concepts, suggesting that existence, entanglement, time, the cosmological constant, symmetry, and even the Big Bang can be understood through confined energy interactions beyond current observational capabilities. This holistic view underscores the necessity of reconciling emergent phenomena with fundamental interactions to achieve a unified understanding of physical reality.