Comments by "Ronald Greene" (@ronaldgreene5733) on "Something weird happens when you keep squeezing" video.

The Earth's core is theoretical. The results of zero gravity experiments are more in alignment with the hollow formation of planets, and are actually more tenable than a theoretical solid core of the Earth. The center of any mass experiences neutral gravity, while scientists have acknowledged that the Earth and the material in it's formation were revolving much faster than today. This is the process that has been replicated in zero gravity experiments, forming a hollow sphere. Hyperdimensional physics as described by Richard Hoagland can create hot spots in the crust of the Earth to generate volcanic activity. One such Hotspot according to Hoagland occurs at latitude 19.5 degrees, matching that of Hawaii's Mauna Loa volcano and the largest mountain on Earth as measured from its base on the sea floor. The Mars volcano Olympus Mons is much larger and is also located at 19.5 degrees latitude.
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The Earth's core is theoretical. The results of zero gravity experiments are more in alignment with the hollow formation of planets, and are actually more tenable than a theoretical solid core of the Earth. The center of any mass experiences neutral gravity, while scientists have acknowledged that the Earth and the material in it's formation were revolving much faster than today. This is the process that has been replicated in zero gravity experiments, forming a hollow sphere. Hyperdimensional physics as described by Richard Hoagland can create hot spots in the crust of the Earth to generate volcanic activity. One such Hotspot according to Hoagland occurs at latitude 19.5 degrees, matching that of Hawaii's Mauna Loa volcano and the largest mountain on Earth as measured from its base on the sea floor. The Mars volcano Olympus Mons is much larger and is also located at 19.5 degrees latitude.
1
The Earth's core is theoretical. The results of zero gravity experiments are more in alignment with the hollow formation of planets, and are actually more tenable than a theoretical solid core of the Earth. The center of any mass experiences neutral gravity, while scientists have acknowledged that the Earth and the material in it's formation were revolving much faster than today. This is the process that has been replicated in zero gravity experiments, forming a hollow sphere. Hyperdimensional physics as described by Richard Hoagland can create hot spots in the crust of the Earth to generate volcanic activity. One such Hotspot according to Hoagland occurs at latitude 19.5 degrees, matching that of Hawaii's Mauna Loa volcano and the largest mountain on Earth as measured from its base on the sea floor. The Mars volcano Olympus Mons is much larger and is also located at 19.5 degrees latitude.
1
The Earth's core is theoretical. The results of zero gravity experiments are more in alignment with the hollow formation of planets, and are actually more tenable than a theoretical solid core of the Earth. The center of any mass experiences neutral gravity, while scientists have acknowledged that the Earth and the material in it's formation were revolving much faster than today. This is the process that has been replicated in zero gravity experiments, forming a hollow sphere. Hyperdimensional physics as described by Richard Hoagland can create hot spots in the crust of the Earth to generate volcanic activity. One such Hotspot according to Hoagland occurs at latitude 19.5 degrees, matching that of Hawaii's Mauna Loa volcano and the largest mountain on Earth as measured from its base on the sea floor. The Mars volcano Olympus Mons is much larger and is also located at 19.5 degrees latitude.
1