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Numerous carbon, nitrogen, sulfur, hydrogen, and other substances, there was something to point to the earth. Because the rocks in the solar system have not survived the essential components of life.
"But the time and composition of the volatile delivery is hot," says Rice University of Earth Earth, Professor of Environment and Planetary Sciences. Rajdeep Dasgupta said. We are the first view that can explain the time and length of time to match geochemistry. "
Researchers believe that these volatile components have reached the point of Mars-Earth collision with 4.4 billion years ago. This impact created our moon.
Although this is a long-term theory, others argue that an impact was actually created by elements, or that the walnut was distributed after colliding with the Moon. Dasgupta and his team conducted high temperature, high pressure experiments, thermodynamic modeling and numerical simulations to check these conditions.
Damanveer Gravel, the researcher and graduate student of the Department of Earth Earth and Environmental and Planetary Science, has gone through the possibilities.
A long-stated theory suggests that the earth has been integrated into sulfur's rich rich protoplanet. Because, in many places other than Earth, sulfur is rich. A protoplanet is a large embryonic planet that has a different interior with an internal fluid.
"The core is not related to the Earth, but the mound, the coastal and the hydrosphere atmosphere," Grewal said. "The wheels are the material between them."
Another theory is that the meteorites from the Solar System, known as carbonaceae crocents, have been influenced by the earth after its formation. However, the carbon nitrogen ratio does not match.
The researchers used researchers who are experimenting with these conditions to find a computer simulation and more likely answers. Overall, it made 1 billion variants and compares them against the conditions in the Solar System today.
"We have found that all the evidence is that the sulfur-rich Mars-sized planet is compatible with a sulfur-rich replication of the planet," Grewell said.
Researchers found that the Earth and the Moon's vortex are similar. The unbalanced element that the Earth acquired on the Moon defines this theory.
But it is merely irrelevant in the history of Earth.
"These studies indicate that a rocky, physically-like planet is more likely to have life-oriented components, different blocks from the massive effects, and is growing and growing with planets formed from many parts of a disk," Dasgupta said. . "This limits some of the terms and shows that life-critical unexpectedness may arrive at the surface layers of a planet even though it has been built in corpsum-shaped planets in very different situations."
Without a sufficient roots to create an atmosphere, all of the earth's surface could not have created a favorable environment for life.
"As we know, our search can be expanded through the way that leads to volatile factors in a planet to help life," Dasgupta said.
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