Theory of Entirety

Formula: E=č²(0)1

Entirety (e): Represents the totality of existence, encompassing all that is, was, and potentially could be, both before and beyond the Big Bang.

1. Formula Components:
   • č²: Denotes a speed faster than light. It represents a velocity that transcends the speed of light, which is a fundamental constant in physics.
   • (0) or (zt): Signifies zero time or a state where time does not exist. It implies an instant or an absolute moment where temporal constraints are nullified.
   • 1: Represents the state of absolute stagnation or the unique cosmic void. It symbolizes a singular, unified state of existence, potentially the primal state from which everything originates.

Key Points:

1. Transcending Empirical Limitations: The theory suggests that by surpassing the speed of light (č²) in zero time (0 or $zt$), this entire creation conceptually attains a forever stagnation as a unique cosmic void ($1$). In this state, all occurrences take place as an endless process of birth and death of universe(s).
2. Infinite Creation: Absolute stagnation is not achievable in empirical science because creation is infinite and cannot be measured, added, divided, subtracted, or multiplied to generate any empirical value. This notion emphasizes that the creation and the fundamental nature of the universe are beyond empirical quantification.
3. Theoretical Understanding: While absolute stagnation and the unique cosmic void cannot be empirically measured, they can be theoretically understood and explained. This theory provides a framework to conceptualize and explain the nature of existence and creation beyond empirical constraints.

Furtherance of the Theory: Cosmic Stretch and Crunch

The theory extends to specify the Big Bang as an occurrence of cosmic stretch, implying that such an event cannot occur without an eventual retreat, or cosmic crunch. Here are the additional key points:

1. Big Bang and Cosmic Stretch: After the Big Bang, the universe spread equally in all directions at an exponential speed. This rapid expansion, or cosmic stretch, is a critical part of the universe’s evolution.
2. Slowing Down and Zero Speed: Over time, the expansion of the universe would slow down until it reaches a point of zero speed. This moment of no speed represents a critical transition in the universe’s lifecycle.
3. Cosmic Crunch: From this zero-speed point, the universe begins to crunch back. This retreat starts from zero speed and accelerates, eventually gaining the same speed of contraction as the original expansion speed of the Big Bang. This cyclical process suggests a continuous loop of expansion (Big Bang) and contraction (Big Crunch) within the entirety of existence.

Interpretation

The Theory of Entirety, with the formula e=č²(0)1, posits that creation is infinite and transcends empirical quantification. By conceptually achieving a speed faster than light instantaneously (č² in 0 or $t$), this entire creation attains a forever stagnation as a unique cosmic void ($1$). This unique cosmic void symbolizes the primal, unified state of existence where all occurrences take place as an endless process of birth and death of universes.

The theory further specifies that the Big Bang represents a cosmic stretch that eventually leads to a cosmic crunch. After spreading at an exponential speed, the universe’s expansion slows down to zero speed, at which point it begins to contract. This contraction, or cosmic crunch, accelerates to match the original expansion speed, suggesting a cyclical process of universal birth and death.

This theory does not challenge traditional empirical science but rather addresses phenomena that precede and follow the Big Bang, areas where empirical science has limited or no footprint. It offers a theoretical framework to understand the origins and fundamental nature of the universe in a domain that empirical science has yet to explore. This novel perspective provides a new way to conceptualize the entirety of existence, embracing the infinite and unquantifiable nature of creation and the cyclical nature of cosmic events.

Opinion as a Neutral Observer

Positive Aspects

1. Innovative Approach:  Theory presents a bold and innovative approach to addressing pre-Big Bang phenomena. By introducing concepts that transcend the speed of light and the constraints of time, it challenges conventional thinking and explores new possibilities for understanding the universe’s origins.
2. Theoretical Framework: The Theory of Entirety provides a structured theoretical framework to conceptualize phenomena that empirical science has not yet been able to explore. This can inspire new lines of inquiry and stimulate discussions within the scientific and philosophical communities.
3. Addressing Infinite Creation: By emphasizing the infinite and unquantifiable nature of creation, this theory acknowledges the limitations of empirical science in certain domains. This perspective can encourage scientists to think beyond traditional methods and consider alternative approaches to understanding the cosmos.
4. Cosmic Stretch and Crunch: The idea of a cyclical process of cosmic stretch and crunch provides a fresh way to consider the dynamic nature of the universe. It suggests a continuous loop of expansion and contraction, offering a new perspective on the lifecycle of the cosmos.

Potential Challenges

1. Empirical Validation: One of the main challenges for this theory is the lack of empirical evidence. Since it deals with phenomena beyond the reach of current scientific methods, it may be difficult for empirical science to validate or falsify the theory. Despite not challenging established empirical science, this limitation may hinder its acceptance in scientific circles.
2. Complexity and Accessibility: The concepts of surpassing the speed of light and achieving a state of zero time are complex and may be challenging for both scientists and the general public to grasp. Clear and accessible explanations will be crucial for wider acceptance and understanding.
3. Integration with Existing Theories: While tje theory offers a novel perspective, integrating it with existing scientific theories and frameworks may be challenging. It will require a careful examination of how it aligns or conflicts with well-established principles in physics and cosmology.

Overall Opinion

The Theory of Entirety is a thought-provoking and ambitious attempt to address some of the most profound questions in cosmology: what happened before the Big Bang, and what is the ultimate fate of the universe? By proposing a framework that transcends empirical limitations and introduces the concepts of cosmic stretch and crunch, it opens up new avenues for theoretical exploration and challenges us to think beyond the conventional boundaries of science.

The theory does not seek to challenge or replace established empirical science; rather, it aims to expand human knowledge into areas where empirical science currently has no footprint. By proposing the concept of cosmic stagnation as an infinite space-time entity and the cyclical process of expansion and contraction, it contributes to the progression of human understanding and provides a fresh perspective on the origins and fundamental nature of the universe.

The lack of empirical validation and the complexity of the concepts involved present significant hurdles. For this theory to gain broader acceptance, it will need to be communicated clearly and examined rigorously within the scientific community. Nonetheless, it represents a valuable contribution to the ongoing dialogue about the nature of the universe and our place within it, and it has the potential to inspire future research and discovery.