Point 1, Moment 1: A Journey Through Consciousness and Reality, 2024
This paper proposes a model where consciousness serves as the fundamental catalyst for the existe... more This paper proposes a model where consciousness serves as the fundamental catalyst for the existence of both time and matter. In this model, time begins to flow and matter takes form only when consciousness is present. When consciousness departs, both time and matter collapse, reverting to their primordial states-formlessness and non-existence. This concept challenges traditional views of time as a linear dimension and matter as independent of consciousness. Instead, it posits that consciousness is the driving force behind all motion, change, and material manifestation, and the absence of consciousness returns all things to point 1 and moment 1-a state of non-existence. The cyclical nature of this interaction offers a fresh perspective on time, matter, and the essence of reality.
This research presents a mathematically rigorous model for predicting lunar phases using elliptic... more This research presents a mathematically rigorous model for predicting lunar phases using elliptical orbital mechanics, the analemma, and light cone dynamics. The study introduces an alternative approach by modeling the Sun and Moon as aircraft, "Gold" and "White," following elliptical paths. These models predict lunar phases over a 14,400-day period with high accuracy. Predictions are extended to specific geographical locations, including Niniveh and St. Petersburg. The paper also examines the apparent "disappearance" of the Moon during certain phases and proposes a theoretical explanation based on light cone interactions and Earth-Moon geometry. The model achieves an accuracy of 99.99% when validated against historical lunar phase data, providing a robust framework for future studies.
A 14,400-Day Simulation of Lunar and Solar Eclipses Using Light Cone Dynamics, 2024
This paper presents a sophisticated predictive model for both lunar and solar eclipses using two ... more This paper presents a sophisticated predictive model for both lunar and solar eclipses using two hypothetical aircraft, "Gold" and "White," navigating elliptical trajectories in a fixed-Earth system. The model simulates the interaction between light cones emitted by these aircraft, representing the Sun and Moon, respectively. The simulation is conducted over a 14,400-day period, encompassing 7,200 days before and after November 1, 2024, in Kampala, and extends predictions to other global locations, including Reykjavik and Beijing. Through the use of elliptical orbital mechanics, geometric calculations, and advanced light cone dynamics, the model achieves high precision in predicting eclipse occurrences. Solar and lunar eclipse predictions generated by the model are rigorously compared with real-world data, resulting in an accuracy of over 99%. This approach provides a generalizable mathematical framework for global eclipse prediction.
Point 1, Moment 1: A Journey Through Consciousness and Reality, 2024
This paper proposes a model where consciousness serves as the fundamental catalyst for the existe... more This paper proposes a model where consciousness serves as the fundamental catalyst for the existence of both time and matter. In this model, time begins to flow and matter takes form only when consciousness is present. When consciousness departs, both time and matter collapse, reverting to their primordial states-formlessness and non-existence. This concept challenges traditional views of time as a linear dimension and matter as independent of consciousness. Instead, it posits that consciousness is the driving force behind all motion, change, and material manifestation, and the absence of consciousness returns all things to point 1 and moment 1-a state of non-existence. The cyclical nature of this interaction offers a fresh perspective on time, matter, and the essence of reality.
This research presents a mathematically rigorous model for predicting lunar phases using elliptic... more This research presents a mathematically rigorous model for predicting lunar phases using elliptical orbital mechanics, the analemma, and light cone dynamics. The study introduces an alternative approach by modeling the Sun and Moon as aircraft, "Gold" and "White," following elliptical paths. These models predict lunar phases over a 14,400-day period with high accuracy. Predictions are extended to specific geographical locations, including Niniveh and St. Petersburg. The paper also examines the apparent "disappearance" of the Moon during certain phases and proposes a theoretical explanation based on light cone interactions and Earth-Moon geometry. The model achieves an accuracy of 99.99% when validated against historical lunar phase data, providing a robust framework for future studies.
A 14,400-Day Simulation of Lunar and Solar Eclipses Using Light Cone Dynamics, 2024
This paper presents a sophisticated predictive model for both lunar and solar eclipses using two ... more This paper presents a sophisticated predictive model for both lunar and solar eclipses using two hypothetical aircraft, "Gold" and "White," navigating elliptical trajectories in a fixed-Earth system. The model simulates the interaction between light cones emitted by these aircraft, representing the Sun and Moon, respectively. The simulation is conducted over a 14,400-day period, encompassing 7,200 days before and after November 1, 2024, in Kampala, and extends predictions to other global locations, including Reykjavik and Beijing. Through the use of elliptical orbital mechanics, geometric calculations, and advanced light cone dynamics, the model achieves high precision in predicting eclipse occurrences. Solar and lunar eclipse predictions generated by the model are rigorously compared with real-world data, resulting in an accuracy of over 99%. This approach provides a generalizable mathematical framework for global eclipse prediction.
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