Exploring Hypertime in Physics and DC

Introduction

The universe is a unified entity. Within it, conscious beings, like us, have a specific perspective. This perspective is physical. Our location affects what we observe. Suppose you are standing in front of a house and your friend is also looking the same house from the back side. Then both of you may have different point of view. But in terms of Physics its not just about personal opinion or subjective beliefs. These viewpoints constructs “dyadic”, “triadic” and sometimes even multiple assumptions, thereby destructing the objectivity nature of Physics.

The entirety we’re now going to describe in this article is known as “hypertime.” This description will explore all previous scientific and spiritual insights, consolidating them under a unifying framework. This will allow us to build a significant knowledge while maintaining the coherence of our understanding.

The Structure of Hypertime

Hypertime is like a four-dimensional sphere, but it’s not an object with extra dimensions like time. It’s just four regular spatial dimensions. We experience it as three dimensions because of how we perceive things. Any creature in universe experience minimum one less dimension than his original dimensions of living.

Imagine little beings living on a circle. They see it as a series of edges, but they actually have access to both dimensions of their world. When they visit each other, they change how they experience those dimensions.

For example, suppose there are two friends who are living at two different locations of the universe. They may have different experience regarding the concept of dimensions. But , when they get the opportunity to interact they can really experience about the real dimensions of universe. It’s the limitation of human being not to imagine or understand the reality due to our constrained knowledge.

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Now, let us assume the center of this four-dimensional sphere as a tightly tangled knot of strings (like photons) that exploded from the very center, defining the space. Understanding how this works might need a really high intelligent brain.

This “brain” at the center isn’t infinitely small. It exists in our universe and can perform amazing transformations. It’s a bit like when you start up a computer and for a moment, there’s an old system before everything changes.

All the photons in the knot just at the beginning of the formation of universe are directed outwards and trying to untangle from each other. So, the farther you are from the center, the less tangled they are.

The edge of the hypersphere is a dull place. It’s made of completely untangled photons( no direct spatial or temporal relation can be predicted) Beyond a certain point, there’s nothing more to see. The effective edge is where the last two photons untangle. After that, nothing else happens.

Transformative Events within the Realm of Hypertime

At the core, the photon strings are entangled. As you move outward, the linking decreases, but the movement of the independent, unlinked strings becomes more violent. What’s astonishing about the initial tangles is that they’re organized in a way that when they unravel, the information held in the knots is preserved in the direction and speed of the separated individual photons. Each state has a unique succeeding and preceding state.

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Depictions of Information in Hypertime

In the central region, knots are highly intricate, formed by interweaving knots together. As we move away from the center, knots tend to be less complex. When information is represented as knots, they serve as the foundation for creating more intricate ones. However, in the outer regions, where information is shown through directions and speeds, this layering effect isn’t possible among individual photons. The total amount of information in the universe remains constant, but it can either be actively at work or in a dormant state, ready to be reassembled for action.

Typically, knots become simpler the farther they are from the center, although there are exceptions. At times, the agitation caused by complex knots untangling can lead to the formation of knots in nearby photon strings.

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Recursive Information Frameworks of Hypertime

When knots are created from other knots, they refer back to themselves within their own structure. These knots hold information, and when they’re formed from other knots, they contain information about that information. This leads to two important outcomes.

Firstly, stacked information – knots made from other knots – can store more data using fewer photons compared to linear lists of data. This makes the information more efficiently packed.

Secondly, knots made from other knots must include details about how they themselves are put together. To illustrate, if I understand what a racehorse is and I grasp basic odds, I can then explain what an each-way bet is based on what I already know. What’s more, this knowledge shows that an each-way bet is defined in terms of basic odds. So, it’s clear that I must have understood basic odds before comprehending each-way bets.

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Repeating Patterns within the Hypertime Universe

When complex knots unravel, they can trigger other knots to spontaneously form again, at least temporarily. These re-formed knots can either be repetitions of simple knots or, sometimes, they can resemble structures closer to the center. In these cases, the paths of the photons that make up the re-formed structures must follow certain rules to allow this to happen. The likelihood of getting a complex structure far from the center, which isn’t made up of elements originally close to the center, decreases as the structure becomes more intricate.

Imagine looking from the outer “edge” towards the center. You’ll observe some early, basic structures made up of pieces from various centerward structures. There are also more complex early structures that are genuine reconstructions of single, higher-level structures. This phenomenon of fractal structure re-emerging is well-documented, similar to how tiny versions of the Mandelbrot set can be found within the main set, at various scales.

Subjective Perception of Duration of Hypertime 

In the world of hypertime, the total information at each distance from the center remains the same, whether it’s in active or potential form. This allows for the concept of “causality” to work in both directions. However, self-referential structures, like knots within knots, will always have a specific direction of causality. They can only assess the increase in complexity and lack information about what they don’t possess.

The Purpose of Hypertime

Hypertime serves to use our personal sense of time passing to help the central brain understand itself. The brain positions itself in a space where it has full control, ensuring nothing else is present. It arranges its decay in a way that mimics a specific machine and then self-destructs. From the brain’s internal perspective, it seems like a space with little interest just spontaneously turns into a brain. This process is symmetric.

However, in the alternative process of hypertime, the subjective experience is one of growing complexity, without a corresponding experience of destruction. The only asymmetry lies in the preference for complexity, based on each component’s own experience. For the brain’s memory continuity, it feels like it’s coming into existence. In this universe, what truly matters is the clever brain finding its way out. We’re all those clever little beings in the end!

Complex Self-Sustaining Systems across Scales

In the way we experience time, we observe instances of spontaneous order emerging on both cosmic and biological scales. These phenomena occur simultaneously. It’s reasonable to assume that over time, we might witness levels of organization between individual organisms and the entire universe. These could be seen as expanded or collective life forms.

For example, the Gaia hypothesis views Earth’s ecosystem as a unified system that sustains itself, despite being far from chemical balance. Similarly, the human body, when viewed as a vast collection of individual cells, can be seen as such an aggregate life form.

The type of organization described in this Hypertime model involves events we perceive as instances of spontaneous order. These events involve a system trading energy for a blueprint of its future state. Therefore, the organization of a new understanding or the emergence of a species involves what seems like an oddly timed appearance of information. In the broader perspective of hypertime, this can be seen as a kind of echo that is entirely causal on the creative arrow of time.

Disruptions in Stability: Exploring Punctuated Equilibrium in Hypertime 

The way we experience time is shaped by how self-referential structures perceive growth. Essentially, the only source of any form of structure in our universe is the final outcome. When a person deeply understands the interconnectedness of the universe through rigorous study, they can have the feeling of creating themselves in a way that seems destined to be a direct successor of a higher-level structure. In reality, they were always a part of that structure’s lineage. Due to the dual directions of time, it creates a curious effect where we seem predestined to become what we choose to be.

Furthermore, if a person with such deep understanding deliberately places themselves in a state that can only result from specific future states, those future states will inevitably occur. This aligns with the experiences of individuals who practice certain forms of magic, which is a practical reality for many around the world. The key is to genuinely embody the role you want to take on, and the necessary circumstances will naturally fall into place. For instance, rather than merely desiring to own a major airline, imagine being the head of an airline without owning one at the moment. Eventually, the pieces will come together.

A simpler form of this approach is to gather all the necessary elements to address a problem and patiently wait for them to align, leading to the creation of a successful venture, like a restaurant or a band.

To be clear, I used these magical techniques intentionally at the start of the Reciprocality Project because I knew they were effective. However, I won’t delve further into magic, as this paper primarily focuses on physics. Nevertheless, it’s important to acknowledge the potential in exploring beyond conventional boundaries.