Quantum Coherence Field Theory: The Law of Relativity and Absolutes
Creators: name: Ho, Daniel William
Publisher: name: Zenodo
Year: 2024
Subjects: Quantum Mechanics, General Relativity, Quantum Coherence, Field Theory

description: The Law of Relativity and Absolutes and the Privileged Frame: A Dynamic Algorithm in Relativity

"The Privileged Frame model, an algorithm, dynamically and uniquely determines simultaneity between time and space, a process that is inherently algorithmic within the universe. In essence, time is simply a function of spatial symmetry. Relativity, as both a human and scientific observation of the physical universe, is fundamentally dynamic and algorithmic in nature."

While Einstein reconciles time to explain spatial phenomena, the Law of Relativity and Absolutes reconciles space to uncover the true nature of time. This inversion offers a unique lens for addressing complex systems, from relativistic physics to quantum entanglement, and provides a fresh perspective on the intricate relationship between space and time. By focusing on the geometry and evolution of space — such as spatial magnitudes observed within the privileged frame — this approach unveils deeper insights into the dynamics and invariance of time.

This paper explores the intersection of classical and quantum mechanics through the Quantum Coherence Field Theory (QCFT) and the Law of Relativity and Absolutes. The paper aims to elucidate how the principles of relativity and absolutes facilitate the reconciliation of quantum entanglement with classical mechanics.

The Law of Relativity and Absolutes: Unifying Classical and Quantum Mechanics:





First Law: Time and Spacetime Dilation "When time dilation is absolute relative to the static structure of spacetime, spacetime dilation must be relative. Conversely, when time dilation is relative, spacetime dilation must be absolute."




Privileged Frame Concept The concept of a privileged frame is essential in the Law of Relativity and Absolutes. This frame allows for the determination of simultaneity and co-location of events, which might not be possible in other frames. In the privileged frame, we observe the absoluteness within the relativity of time dilation and spacetime dilation as described in the first law.




Second Law: Absolute Simultaneity In the privileged frame, the simultaneity of events is absolute. This means that the temporal order and spatial relationships of events are uniquely determined and invariant, reflecting the true nature of simultaneity. Absolute simultaneity in the privileged frame provides a definitive understanding of the sequence and co-location of events, which remains consistent regardless of the relative motion or position of observers in other frames.




Time-Variance of the Privileged Frame In the Law of Relativity and Absolutes, the privileged frame is not static but varies with time. This time-variance allows the privileged frame to adapt to the changing conditions of events, ensuring the consistent determination of simultaneity and co-location relative to the static structure of spacetime. The privileged frame evolves to maintain the absoluteness of time dilation and spacetime relationships as described in the laws of the theory.



The symmetrical invariance of magnitude separation between arbitrary relativistic events in the privileged frame as postulated in the Law of Relativity and Absolutes provides a basis for determining absolute simultaneity and spatial co-location of events within the framework of both Special and General Relativity.

View the Privileged Frame from a Quantum spacetime perspective - Spooky action at a distance demystified:



The theory posits that all satellite-based and fiber-based quantum communication and computing over long distances will heavily depend on synchronizing with the privileged frame to maintain the stability of quantum states.


https://www.linkedin.com/posts/distinct-us_the-law-of-relativity-and-absolutes-unifying-activity-7220279863885090816-cYz8?utm_source=share&utm_medium=member_desktop



Based on the algorithm for finding the optimal velocity of the privileged frame between two relativistic events over time, note the stabilization of the privileged frame as time passes to maintain constancy in the magnitude separation of the events within the frame. The computerized simulation accounts for both inertial time dilation and gravitational time dilation for either statically flat or curved spacetime scenarios.


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Regardless of the increasing spatial separation over time between two initially simultaneous relativistic events, their magnitude separation remains constant within the privileged frame. The vector velocities of these relativistic events can differ, yet this constancy and consistency are universal within the privileged frame in determining absolute simultaneity.


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Simultaneity between two events is determined by the constancy of their magnitude separation over time within the privileged frame which in the case of the figures to the left, the transformed absolute magnitude spatial positions of Event A and Event B are plotted. Events that were never simultaneous initially will never yield this constancy within the privileged frame, as shown in the figures to the right which also has the transformed absolute magnitude spatial positions of Events A and B plotted. This consistency is universal within the privileged frame in determining absolute simultaneity, hence the law of relativity and absolutes.


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On YouTube:

https://www.youtube.com/watch?v=X1--AQDWBYM

 

The Privileged Frame in "The Law of Relativity and Absolutes" as a Dynamic Algorithm for Absoluteness in Time and Space: Unifying Classical and Quantum Mechanics

 

Einstein's Theory of Relativity: As a Computer Scientist, when I analyze mathematical but relative phenomena such as this, the problem often reduces to identifying consistent patterns. To solve these problems, the next logical step is to build computer algorithms and simulations to fully understand the mathematical relativeness. By finding methods or consistencies to stabilize relativeness, what emerges from the results is a form of absoluteness. Through this process, I've uncovered what I call the 'Privileged Frame model', a dynamic and adaptive algorithm for Quantum Clock Synchronization (QCS).

 

The Privileged Frame model dynamically and uniquely determines simultaneity between time and space, a process that is inherently algorithmic within the universe. In essence, time is simply a function of spatial symmetry. Relativity, as both a human and scientific observation of the physical universe, is fundamentally dynamic and algorithmic in nature.

 

While Einstein reconciles time to explain spatial phenomena, the Privileged Frame model reconciles space to uncover the true nature of time. This inversion offers a unique lens for addressing complex systems, from relativistic physics to quantum entanglement, and provides a fresh perspective on the intricate relationship between space and time. By focusing on the geometry and evolution of space — such as spatial magnitudes observed within the privileged frame — this approach unveils deeper insights into the dynamics and invariance of time.

 

The video articulates the concept of the Privileged Frame in relation to the Law of Relativity and Absolutes. Part I of the video starts with the most basic concept—physical reality that all of us can easily comprehend and observe. The example given is of two runners standing at the same starting line at the exact same moment, ready to move. They are perfectly in sync, running in the same direction at the same speed. If each carried a stopwatch, their time coordinates would be exactly equal at any given moment. In this scenario, what can be deduced about the distances traveled (spatial magnitude) from their origin, i.e., the starting line? This spatial magnitude of the distance traveled would obviously be equal, and their differential will always remain zero at any moment in time.

 

This simple setup is a great example of how we can measure something called simultaneity. Simultaneity means two things happening at the same time. In the simulation video, we see that equal times and equal distances reinforce each other to prove that the events are simultaneous. It’s not just a theory; it’s something we can observe and measure directly, as shown in the video.

 

And that’s the beauty of this scenario: it’s simple, easy to follow, and sets the foundation for understanding more complex situations where things might not be perfectly synchronized.

 

Part II: Exploring Complex Situations (@3:41)

Part III: Quantum Entanglement, Measurement Devices, and the Role of the Privileged Frame (@8:57)

Part IV: Reconciling Quantum and Physical Systems (@12:38)