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Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"

author:Meteorite geomorphology

Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow.

The fossils are formed by sintering in a "high-temperature, low-pressure zone" at the bottom of the shockwave laminar flow.

The so-called "biological explosion" is an "illusion" caused by the accumulation of paleontological corpses in the laminar flow of the crater's shock waves.

While the nano-silica smoke produced by the subduction impact of the asteroid (ring) caused dinosaurs to suffocate and die, volcanic eruptions were also one of the causes of paleontological death.

The extinction of paleontology is a long process, many large mammals are not adapted to life on land and become whales in the ocean, while amphibians such as turtles and crocodiles have survived the explosion of geological changes!

In fact, the conditions for the formation of fossils from paleontological corpses are very harsh.

Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"
Asteroid subduction is the driving force of geological change, and rocks and minerals are formed by the polymerization of metallic hydrogen from the cracking of high-speed flowing material in the shock wave laminar flow. The fossil is at the bottom of the laminar flow of the shock wave"

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