Did Ancient Aliens Impart Advanced Astronomical Knowledge to the Dogon Tribe?
Skeptics and proponents of the ancient aliens theory have faced off for decades on the issue of the Dogon tribe’s allegedly advanced astronomical knowledge.
Here’s a look at some of the arguments on both sides concerning this tribe from Mali, Africa, and its purported knowledge of the motions of a star not visible on Earth without modern telescopes.
What The Dogon Are Said to Have Known
Sirius is the brightest star in the sky and had a prominent place in many ancient cultures. Sirius, which is about 8.7 light years from Earth, has a white dwarf companion star, Sirius B. Sirius B cannot be seen with the naked eye, and astronomers first guessed at its existence in the 1830s. They mathematically developed a theoretical model of its orbit around Sirius (now referred to as Sirius A) later in the 19th century.
The astronomers knew that Sirius B must be made of a super dense matter, but the specifics were beyond their comprehension until quantum physics helped explain it in 1926. In 1894, irregularities in the movement of Sirius B led astronomers to consider that a third star, Sirius C, may exist and exert an influence on Sirius B’s orbit. It is still a matter of debate whether Sirius C exists or not .
Skeptics and proponents of the ancient aliens theory have faced off for decades on the issue of the Dogon tribe’s allegedly advanced astronomical knowledge.
Here’s a look at some of the arguments on both sides concerning this tribe from Mali, Africa, and its purported knowledge of the motions of a star not visible on Earth without modern telescopes.
What The Dogon Are Said to Have Known
Sirius is the brightest star in the sky and had a prominent place in many ancient cultures. Sirius, which is about 8.7 light years from Earth, has a white dwarf companion star, Sirius B. Sirius B cannot be seen with the naked eye, and astronomers first guessed at its existence in the 1830s. They mathematically developed a theoretical model of its orbit around Sirius (now referred to as Sirius A) later in the 19th century.
The astronomers knew that Sirius B must be made of a super dense matter, but the specifics were beyond their comprehension until quantum physics helped explain it in 1926. In 1894, irregularities in the movement of Sirius B led astronomers to consider that a third star, Sirius C, may exist and exert an influence on Sirius B’s orbit. It is still a matter of debate whether Sirius C exists or not .
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