Devoid § 7

A Reframing of Fundamental Physics

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

A Reconceptualization of Existence

The standard model of particle physics, and theories extending beyond it, can be reinterpreted through the lens of confined energy. At the heart of this concept lies the interaction of energy with itself at scales below the Planck limit. These interactions perpetually generate iterations of confined energy, most of which remain undetectable by current methods 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.

What we perceive as reality, therefore, is a continuous flow through these iterations of confined energy. The trajectory of this flow, whether towards greater or lesser confinement, is determined by the pre-existing configurations of these energy iterations. It is the interplay between the confined energy arising from energy's self-interaction, the accumulated iterations of this confined energy, and their synergistic effects that ultimately give rise to existence as we perceive it.

Entanglement Reconsidered

The previous chapter introduced the theoretical existence of particles so diffuse that they remain undetectable through current methodologies. Their influence, however, becomes apparent when the density of interactions within a confined region is manipulated.

It is postulated that a subset of these particles originated during the primordial self-interaction of energy and now pervade the entire universe. This leads to the proposition that the concept of hidden variables, contrary to contemporary experimental interpretations, might hold a degree of validity. Entities in states of superposition or entanglement may be directly interacting with this layer of diffuse particles. This direct interaction would explain the instantaneous nature of state changes observed in entangled systems, irrespective of the spatial separation between entangled particles. This interaction bypasses the need to traverse higher levels of confined energy interactions.

Both wave function collapse and the instantaneous measurement outcomes of particles in superposition can be attributed to the influence of these exceptionally large, diffuse particles. However, despite the instantaneous nature of the interaction itself, the propagation of its effects through the subsequent layers of confined energy - layers that emerged chronologically after the formation of the diffuse particle - results in the observed delay in entanglement phenomena.

Time: A Multifaceted Concept

Time, in its various forms - chronological, emergent, physical, biological, psychological, etc. - can be unified by the common thread of change (or the absence thereof). Each facet of time is governed by distinct mechanisms that dictate the nature and progression of change. However, time encompasses more than just change.

The most familiar aspect of time is a human construct that facilitates the formulation of accurate predictions about events. This construct underpins our ability to navigate the world with temporal precision and has been instrumental in driving human progress. Our relationship with time will always be complex, a blend of reliance and frustration, but ultimately, time, like most things, is inherently neutral.

Because this construct of time is fundamentally conceptual, it is often misconstrued as imaginary. However, as previously discussed, time encompasses more than just this conceptual framework. Any conceivable phenomenon inherently possesses a temporal dimension.

The Cosmological Constant Re-examined

The cosmological constant presents a compelling paradox, as it might neither be cosmological nor constant. While scientific consensus on its true nature remains elusive, there is growing acknowledgement of its existence, despite Einstein's own 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 interaction of energy at scales below the Planck limit drives the emergence of confined energy, space, and time. The expansion of space, fueled by this continuous creation, generates an illusion of a repulsive force. Due to its sub-Planckian nature, this process remains undetectable, leading to its designation as "dark energy."

Furthermore, these energy interactions, responsible for generating confined energy, also give rise to increasingly confined and massive forms of energy. This process can potentially lead to regions of such extreme density that they surpass the Schwarzschild radius, effectively becoming virtual black holes. Again, these phenomena remain hidden from direct observation due to their sub-Planckian scale. This inability to observe these dense regions in the absence of emitted light has led to their designation as "dark matter."

Symmetry: A Matter of Perspective?

Since the initial self-interaction of energy that resulted in confinement, symmetry has been and remains an intrinsic property of the universe. The apparent symmetry breaking we observe is likely a consequence of our limited perspective.

As increasingly large regions of these symmetrical particles move and interact in diverse ways, they inevitably lead to interactions where some symmetrical components lose their symmetry. These interactions give rise to entities - particles, forces, and other phenomena - that deviate from the expected symmetrical configurations. The scales at which these symmetry-breaking interactions occur can be either extremely small or remarkably vast, placing them beyond our current observational capabilities.

Until we develop more sophisticated methods to probe both the smallest and largest scales of the universe, the true extent of symmetry and the limitations of our current understanding of symmetry breaking will remain elusive.

The Ongoing Big Bang

A deeper understanding of the concepts presented here leads to the realization that the Big Bang is not a singular event confined to the past but rather an ongoing process. This process persists as long as energy continues to interact with itself, a phenomenon occurring perpetually at sub-Planckian scales.

While the majority of these interactions occur below the Planck limit, their cumulative effect drives the expansion of the universe. As these interactions generate increasingly confined forms of energy, and as this expansion continues, the process extends beyond the Planck scale, giving rise to the forms of energy and matter we can observe. The ongoing nature of the Big Bang remains hidden from us due to the sheer scale of interactions and the levels of confinement 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, a process that can be interpreted as the inverse of the Big Bang occurs. This phenomenon transpires across all scales, happening continuously throughout the universe. The speed at which this process unfolds varies dramatically, ranging from unimaginably fast at the smallest scales to incredibly slow at the largest scales.

(Not?) About Infinities

Often, infinities can be reinterpreted as regions where the self-interaction of energy generates emergent effects that challenge our current understanding of physics and mathematics.

Conclusion

This framework proposes a reinterpretation of fundamental concepts in physics, suggesting that existence, entanglement, time, the cosmological constant, symmetry, and even the Big Bang can be understood through the lens of confined energy interactions occurring at scales beyond our current reach.