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It's easy enough to interpret those as the same thing. And like the flood myth, which is present in every ancient culture, the inner earth story also appears over and over again. Recent discoveries are starting to point to the fact that a great flood did really happen.

It's easy enough to interpret those as the same thing. And like the flood myth, which is present in every ancient culture, the inner earth story also appears over and over again. Recent discoveries are starting to point to the fact that a great flood did really happen.

So when cultures from all over the world share the same myth, we have to start looking at all those myths as maybe more than just a story. Those myths may be referring to actual history. But to prove the existence of Agartha, an underground civilization, and the Hollow Earth, we'll need more than stories. We need scientific evidence and eyewitness testimony. Fortunately, we have both.

So when cultures from all over the world share the same myth, we have to start looking at all those myths as maybe more than just a story. Those myths may be referring to actual history. But to prove the existence of Agartha, an underground civilization, and the Hollow Earth, we'll need more than stories. We need scientific evidence and eyewitness testimony. Fortunately, we have both.

The hollow Earth theory proposes that our planet is not a solid sphere, but a hollow one, with vast unexplored spaces within. In 1692, astronomer Edmund Halley proposed a hollow Earth consisting of a shell about 500 miles thick. Within that shell are two concentric spheres and a central core about the diameter of Venus.

The hollow Earth theory proposes that our planet is not a solid sphere, but a hollow one, with vast unexplored spaces within. In 1692, astronomer Edmund Halley proposed a hollow Earth consisting of a shell about 500 miles thick. Within that shell are two concentric spheres and a central core about the diameter of Venus.

Haley said the spaces in between the shells could support life with light provided by a luminous atmosphere. In the late 18th century, mathematician Leonard Euler used physics calculations to hypothesize a hollow Earth with a central sun. Euler's calculations suggested that gravity would propel matter equally in all directions, forming spheres with hollow interiors.

Haley said the spaces in between the shells could support life with light provided by a luminous atmosphere. In the late 18th century, mathematician Leonard Euler used physics calculations to hypothesize a hollow Earth with a central sun. Euler's calculations suggested that gravity would propel matter equally in all directions, forming spheres with hollow interiors.

Well, the Earth isn't flat.

Well, the Earth isn't flat.

Yeah, that's not how that works.

Yeah, that's not how that works.

Yeah, the atmosphere spins too.

Yeah, the atmosphere spins too.

Yeah.

Yeah.

Well, that depends on the latitude.

Well, that depends on the latitude.

Between 300 and 1,000 miles an hour.

Between 300 and 1,000 miles an hour.