Graham Hancock reports that our solar system is a dangerous place. Every month, Earth inches closer to one of its riskier places, the “Taurid swarm” of meteors. Our planet is predicted to pass directly through the “Taurid swarm” in November 2032.
According to Martin Sweatman, a researcher from the University of Edinburgh, the people at Gobekli Tepe were careful observers of the sky, possibly because the comet strike had changed their world. This disaster may have sparked the beginning of civilization by starting new religious beliefs and pushing people to develop agriculture to survive the colder climate. Their carvings might be some of the earliest attempts at writing.
These carvings also tracked the cycles of the Moon and Sun long before similar calendars were made. They may have even shown for the first time that comet strikes are more likely to happen when Earth crosses the path of comet fragments, which modern scientists have confirmed.
To support this theory, the team points to another pillar at the site that appeared to picture the Taurid meteor stream lasting 27 days, possibly the source of the ancient comet strike.
The researchers believe that the temple carvings show that ancient civilizations recorded dates precisely, noting how the movement of constellations across the sky differed based on the time of the year. This would be 10,000 years before Hipparchus of ancient Greece documented the wobble in the Earth’s axis in 150 BC, making this newfound calendar well ahead of its time.
From Janet’s research:
Zecharia Sitchin’s theory about the return of Nibiru is based on his interpretation of ancient Sumerian texts. He proposed that Nibiru, sometimes called the twelfth planet or Planet X, follows a long elliptical orbit around the Sun, taking approximately 3,600 years to come near Earth. According to this theory, Nibiru is the home of the Anunnaki, an advanced extraterrestrial race that played a significant role in the development of human civilization. Sitchin suggested that the return of Nibiru could cause geological and environmental upheaval on Earth, such as floods, earthquakes, and other natural disasters. He also theorized that the return of Nibiru would coincide with the return of the Anunnaki, who would once again interact with humanity.
Earth’s orbit and the LaGrange Points are regions in space where the gravitational forces of two large bodies, like the Earth and the Moon or the Earth and the Sun, create areas of gravitational stability. There are five such points, designated L1 through L5. Objects positioned in these locations can remain relatively stationary. The points L4 and L5, which are ahead of and behind Earth in its orbit, can act as regions where celestial debris or asteroids may collect. No significant disruptions occur when Earth passes near these points, but space debris can remain trapped in these gravitationally stable zones.
Andy Lloyd is a British researcher and author best known for his work on “Dark Star Theory.” His research explores the possibility of a companion star or massive planetary body orbiting our solar system in the outer reaches, often called a “Dark Star” or a sub-brown dwarf. Lloyd’s work builds upon Zecharia Sitchin’s theories regarding Nibiru and the Anunnaki but with significant differences and scientific refinements.
Lloyd proposes that Nibiru could be one of the planets or moons orbiting a distant Dark Star—an object that might be part of a binary or multiple-star system. He suggests that this Dark Star could exist far beyond Pluto, with Nibiru potentially orbiting it in a way that periodically brings it into close proximity to our solar system. His theory incorporates elements of modern astronomy, particularly the hypothesis of a large, undiscovered planetary body in the outer solar system, often referred to in contemporary discussions as “Planet Nine.”
While Sitchin’s theories are primarily based on his interpretations of ancient texts, Lloyd seeks to provide a more scientific framework by suggesting that Nibiru orbits this Dark Star, a sub-brown dwarf, which astronomers may have overlooked due to its dimness. Lloyd also supports his theory by supporting some modern astrophysical ideas, like the existence of the Kuiper Belt and the potential for large objects beyond it.
Lloyd’s and Sitchin’s theories correlate with the idea of a large celestial body—possibly the home of the Anunnaki—that interacts with the inner solar system on a long, elliptical orbit. However, while Sitchin focused primarily on ancient historical and mythological sources, Lloyd attempts to integrate these ideas with contemporary scientific understanding, particularly the possibility of a companion star or massive planet that remains undiscovered due to its distance and faint visibility.
In summary, Andy Lloyd builds on Sitchin’s theories of Nibiru but approaches the concept from a more scientific perspective, focusing on the potential for a Dark Star and its implications for astronomy and the solar system’s structure.
Could Earth’s encounter with the debris in the LaGrange point explain what happened to the dinosaurs?
The extinction of the dinosaurs is widely attributed to a massive asteroid impact about 66 million years ago, which created the Chicxulub crater in present-day Mexico. This event led to dramatic environmental changes, including widespread wildfires, a “nuclear winter” effect from dust and particles blocking sunlight, and the subsequent collapse of ecosystems that the dinosaurs relied on.
While Earth’s LaGrange points involve gravitational stability zones where space debris or asteroids can accumulate, there isn’t direct evidence to suggest that debris from a LaGrange point was involved in the extinction event. However, it’s theoretically possible that objects in or near LaGrange points could interact with Earth under specific gravitational influences. If a large object or asteroid were dislodged from these points—perhaps by the gravitational pull of another planet or celestial body—it could collide with Earth.
That said, current scientific consensus holds that the asteroid responsible for the dinosaurs’ extinction likely came from the asteroid belt between Mars and Jupiter or the solar system’s outer reaches (such as the Oort Cloud), not from the LaGrange points.
While the idea of LaGrange point debris contributing to catastrophic events on Earth is interesting, it’s not supported by evidence in the case of the dinosaurs’ extinction. The Chicxulub impactor likely came from outside these regions, though interactions with space debris at LaGrange points could theoretically pose a risk in other situations.
EARTH’LL HIT THE SAME TAURID THAT CAUSED NOAH’S FLOOD 12,800 YEARS AGO; Carpe Diem
By Zecharia Sitchin student, Janet Kira Lessin
Zecharia Sitchin’s theory about the return of Nibiru is based on his interpretation of ancient Sumerian texts. He proposed that Nibiru, sometimes called the twelfth planet or Planet X, follows a long elliptical orbit around the Sun, taking approximately 3,600 years to come near Earth. According to this theory, Nibiru is the home of the Anunnaki, an advanced extraterrestrial race that played a significant role in the development of human civilization. Sitchin suggested that the return of Nibiru could cause geological & environmental upheaval on Earth, such as floods, earthquakes & other natural disasters. He also theorized that the return of Nibiru would coincide with the return of the Anunnaki, who would once again interact with humanity.
Earth’s orbit & the LaGrange Points are regions in space where the gravitational forces of two large bodies, like the Earth & the Moon or the Earth & the Sun, create areas of gravitational stability. There are five such points, designated L1 through L5. Objects positioned in these locations can remain relatively stationary. The points L4 & L5, which are ahead of & behind Earth in its orbit, can act as regions where celestial debris or asteroids may collect. No significant disruptions occur when Earth passes near these points, but space debris can remain trapped in these gravitationally stable zones.
Andy Lloyd is a British researcher & author best known for his work on “Dark Star Theory.” His research explores the possibility of a companion star or massive planetary body orbiting our solar system in the outer reaches, often called a “Dark Star” or a sub-brown dwarf. Lloyd’s work builds upon Zecharia Sitchin’s theories regarding Nibiru & the Anunnaki but with significant differences & scientific refinements.
Lloyd proposes that Nibiru could be one of the planets or moons orbiting a distant Dark Star—an object that might be part of a binary or multiple-star system. He suggests that this Dark Star could exist far beyond Pluto, with Nibiru potentially orbiting it in a way that periodically brings it into close proximity to our solar system. His theory incorporates elements of modern astronomy, particularly the hypothesis of a large, undiscovered planetary body in the outer solar system, often referred to in contemporary discussions as “Planet Nine.”
While Sitchin’s theories are primarily based on his interpretations of ancient texts, Lloyd seeks to provide a more scientific framework by suggesting that Nibiru orbits this Dark Star, a sub-brown dwarf, which astronomers may have overlooked due to its dimness. Lloyd also supports his theory by supporting some modern astrophysical ideas, like the existence of the Kuiper Belt & the potential for large objects beyond it.
Lloyd’s & Sitchin’s theories correlate with the idea of a large celestial body—possibly the home of the Anunnaki—that interacts with the inner solar system on a long, elliptical orbit. However, while Sitchin focused primarily on ancient historical & mythological sources, Lloyd attempts to integrate these ideas with contemporary scientific understanding, particularly the possibility of a companion star or massive planet that remains undiscovered due to its distance & faint visibility.
In summary, Andy Lloyd builds on Sitchin’s theories of Nibiru but approaches the concept from a more scientific perspective, focusing on the potential for a Dark Star & its implications for astronomy & the solar system’s structure.
Could Earth’s encounter with the debris in the LaGrange point explain what happened to the dinosaurs?
The extinction of the dinosaurs is widely attributed to a massive asteroid impact about 66 million years ago, which created the Chicxulub crater in present-day Mexico. This event led to dramatic environmental changes, including widespread wildfires, a “nuclear winter” effect from dust & particles blocking sunlight & the subsequent collapse of ecosystems that the dinosaurs relied on.
While Earth’s LaGrange points involve gravitational stability zones where space debris or asteroids can accumulate, there isn’t direct evidence to suggest that debris from a LaGrange point was involved in the extinction event. However, it’s theoretically possible that objects in or near LaGrange points could interact with Earth under specific gravitational influences. If a large object or asteroid were dislodged from these points—perhaps by the gravitational pull of another planet or celestial body—it could collide with Earth.
That said, current scientific consensus holds that the asteroid responsible for the dinosaurs’ extinction likely came from the asteroid belt between Mars & Jupiter or the solar system’s outer reaches (such as the Oort Cloud), not from the LaGrange points.
While the idea of LaGrange point debris contributing to catastrophic events on Earth is interesting, it’s not supported by evidence in the case of the dinosaurs’ extinction. The Chicxulub impactor likely came from outside these regions, though interactions with space debris at LaGrange points could theoretically pose a risk in other situations.
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