How I Predicted the 2024 New York Earthquake: The Effects of Solor Planetary Alignment

With Biblical Reference, Scientific Data, History of the New Madrid Fault

Predicting earthquakes is often seen as a pursuit rooted in modern science, with seismic instruments and data-driven models attempting to forecast these natural events. Yet, despite technological advancements, earthquake prediction remains notoriously uncertain. However, what if the key to understanding seismic shifts lies not just in the depths of the Earth but also in the heavens above? What if ancient wisdom, combined with contemporary science, could unlock new insights into predicting earthquakes?

"I delved deeply into biblical narratives and celestial events, even calculating the potential differences between the previous 13-month calendar and the current 12-month calendar to deduce that we are indeed in the time of Noah. It is said that the end of days will resemble the biblical times of Noah. However, this may not be in the way it appears; I believe it refers to a celestial sense, as in the same cycle of our cosmic routine." ~Charles Morey

This exploration merges historical and astronomical analysis with geophysical research to suggest a compelling theory:

Celestial alignments and gravitational forces might influence tectonic activity, potentially triggering earthquakes in unexpected places. My journey into this hypothesis led me to predict a seismic event in New York City—an area not typically associated with major earthquakes—by weaving together threads from history, astronomy, and modern geological science.

The Genesis of an Unlikely Prediction

The story begins with a fascination with solar eclipses, which have captivated humanity for thousands of years. On August 21, 2017, a total solar eclipse crossed the United States from coast to coast, a rare event that hadn’t occurred in nearly a century. During this eclipse, I noticed something intriguing: the path of totality intersected regions known for their seismic activity and passed directly over several locations with names of significant biblical and historical resonance.

As a researcher focused on Earth's vibrational frequencies and gravitational forces, this observation piqued my curiosity. Could there be a connection between celestial events like solar eclipses and seismic activities on Earth? I began to investigate whether gravitational forces exerted by celestial bodies, particularly during unique alignments like an eclipse, could affect tectonic movements.

Exploring the Geological Landscape: The New Madrid Fault Line

To understand how celestial alignments might impact seismic activity, I first turned to the New Madrid Seismic Zone (NMSZ), a fault line that extends from northeastern Arkansas through southeastern Missouri, western Tennessee, western Kentucky, and southern Illinois. Unlike the more well-known San Andreas Fault in California, the New Madrid fault line lies in the interior of a tectonic plate. This makes it a rare and particularly intriguing subject of study for seismic activity.

The New Madrid fault is notable for producing some of the most powerful earthquakes in U.S. history, with the most significant events occurring between 1811 and 1812. These earthquakes were so intense that they reportedly caused the Mississippi River to flow backward temporarily and rang church bells as far away as Boston. Geological evidence suggests that the NMSZ has been the site of significant seismic events for thousands of years, indicating a pattern of recurring activity that could be influenced by various factors, including gravitational forces from celestial bodies.

"Exploring the history of the Madrid Fault Line and the remarkable path of totality in recent solar eclipses, both aligning with the New Madrid Fault Line and coinciding with the horizon of the Sirius B constellation, known as the Lion's Gate, is fascinating. The discrepancy between the days of Noah and today is roughly four months in relation to celestial events, referencing the cycles and lunar eclipses that have occurred on Earth since the time of biblical Noah. It is hypothesized that these cosmic events may have influenced the earthquake on the day of Jesus' resurrection and the Flood of Noah. The similarity lies not only in the solar eclipse but also in the alignment of other cosmic bodies in our solar system. Such an event could amplify the gravitational effect, akin to the sun and a magnifying glass concentrating light frequency onto a small proportional area." ~Charles Morey~

The Role of Celestial Alignments in Seismic Activity

The hypothesis that celestial alignments might influence seismic activity is not entirely without precedent in scientific literature. Research has shown that the gravitational pull of the Moon, particularly during its full and new phases, can induce minor stress changes within Earth’s crust. A study published in Nature in 2016 found that large earthquakes were statistically more likely to occur during periods of maximum tidal stress, suggesting that gravitational forces could play a role in the timing of seismic events.

These findings led me to explore whether solar eclipses, which involve a unique alignment of the Sun, Moon, and Earth, could exert similar or even stronger gravitational influences. During a solar eclipse, the gravitational pull of the Sun and the Moon is combined, potentially exerting additional stress on Earth's tectonic plates. If this alignment coincides with other significant celestial events, such as the positioning of large planets like Jupiter and Saturn, the cumulative gravitational forces could be enough to trigger seismic activity in fault zones already under stress.

Linking Ancient Wisdom with Modern Science

To further investigate this theory, I delved into historical records and ancient texts, looking for patterns that might link celestial events with seismic occurrences. The path of the 2017 eclipse intersected several towns named Salem and Nineveh, drawing a symbolic connection to the biblical story of Jonah. According to the narrative, Jonah was swallowed by a whale—represented in the stars by the constellation Cetus—and later tasked with warning the city of Nineveh of impending doom unless its inhabitants repented within 40 days.

This story, while often seen as purely allegorical, might encode references to astronomical phenomena and their potential earthly impacts. Ancient cultures, including the Egyptians and Babylonians, were keen observers of the skies and often linked celestial events to earthly occurrences. The Egyptians, for instance, associated the heliacal rising of Sirius with the flooding of the Nile, a life-giving event that marked the start of their new year.

I hypothesized that such ancient narratives might reflect an understanding of the cosmos that is more profound than we typically acknowledge—a recognition of the subtle but powerful influences celestial bodies can exert on our planet. Could the story of Jonah be a metaphorical reference to the effects of celestial alignments on Earth, warning of potential seismic or environmental shifts?

Uncovering Patterns: Historical Earthquakes and Celestial Events

To test this hypothesis, I conducted an extensive analysis of historical earthquakes and their correlation with celestial events. I focused particularly on the New Madrid Seismic Zone due to its unique geological features and history of significant seismic activity. By examining data from the United States Geological Survey (USGS) and historical records, I sought to determine whether a pattern could be discerned between major seismic events and celestial alignments.

The results were intriguing. Many significant earthquakes, including those in the New Madrid region, coincided with solar or lunar eclipses and other notable celestial events. For instance, the devastating earthquakes of 1811-1812 occurred during a period of significant planetary alignment involving Jupiter and Saturn, which are known to exert substantial gravitational forces due to their size and mass. A statistical analysis of seismic data from the USGS indicated that earthquakes with magnitudes greater than 6.0 were more likely to occur within a few days of these celestial events. The probability of such correlations occurring purely by chance was low, suggesting a potential link between celestial alignments and seismic activity.

The New York Prediction: A Modern Case Study

Armed with this knowledge, I turned my attention to regions not typically associated with major earthquakes, including New York City. While the northeastern United States is not known for frequent or large earthquakes, it is not entirely immune to seismic activity. Historical records indicate that the region has experienced several moderate earthquakes, and geological studies suggest the presence of ancient faults and fractures that could potentially be reactivated under certain conditions.

Using data from NASA and the European Space Agency (ESA) on Earth's gravitational field and tectonic plate movements, I developed a model to predict the likelihood of seismic events based on celestial alignments and current tectonic stress levels. The model incorporated a range of variables, including the gravitational pull of the Sun, Moon, and planets, the historical frequency of seismic events, and the stress accumulation on known fault lines.

In 2021, this model indicated an increased probability of seismic activity in the northeastern United States, particularly in areas like New York City, which lie near ancient fault lines and could be susceptible to reactivation under the right conditions. The prediction was made for a period following a significant celestial alignment involving the Sun, Moon, and several large planets, suggesting that the combined gravitational forces could potentially trigger seismic activity.

The Impact of the Prediction: An Ongoing Investigation

While New York did not experience a major earthquake in the immediate aftermath of this prediction, there were several minor tremors recorded in the region, consistent with the model's forecast. These tremors, while not immediately alarming, serve as a reminder of the complex and often unpredictable nature of Earth's seismic activity. They also underscore the potential value of integrating celestial data into seismic prediction models, offering a new dimension to our understanding of earthquake risks.

This ongoing investigation continues to refine the model, incorporating additional data and adjusting for variables such as changes in tectonic stress levels and more precise measurements of gravitational forces. While the hypothesis remains a subject of debate and further research, it has opened up new avenues for exploring the connections between celestial events and seismic activity.

Conclusion: Bridging Science and Ancient Wisdom

The journey to predict a New York earthquake using celestial alignments and ancient wisdom is far from over. It represents an intersection of disciplines, merging geology, astronomy, history, and mythology to offer a holistic view of the forces that shape our planet. While the hypothesis may challenge conventional scientific paradigms, it also invites us to consider the possibility that ancient cultures may have possessed a deeper understanding of the cosmos and its influence on Earth than we often credit them for.

As we continue to explore the mysteries of our planet and the universe, we must remain open to new ideas and approaches, recognizing that our understanding is always evolving. Whether or not the hypothesis of celestial alignments influencing seismic activity proves to be fully accurate, it serves as a reminder of the interconnectedness of all things—a cosmic dance that binds us to the stars and the Earth alike.

The prediction of a New York earthquake through this lens is not just about foreseeing a natural event; it is about reawakening our sense of wonder and curiosity about the world around us. It is an invitation to look beyond the surface and explore the deeper connections that weave together the fabric of our reality, urging us to embrace both the known and the unknown in our quest for understanding.

"To effectively utilize this model for prediction, one must possess extensive knowledge across various subjects and an in-depth understanding of timing. Historically, timekeeping was aligned with the Saturdays of the 13-month calendar, a system designed with purpose. On Saturdays, a cessation of all creation was traditionally observed for both spiritual and physical reasons. The vibrational frequencies on these days are considered unique, often associated with prayer and reflection. These frequencies are significantly affected by celestial events and alignments, such as solar eclipses, which also served as a method for timekeeping." ~Charles Morey~