NASA’s Curiosity Rover Solves Ancient Mystery on Mars

Over the past 13 years, four-wheeled Rover, four-wheel drive to collect tips on the possibility of ancient life in the red planet, collected about 21 miles (34 kilometers) along the Martian surface. A recent discovery by Metal Explorer can respond to the question of how many years before the Mars’s atmosphere and the planet’s age, life-friendly world can become a land and arid desert.

Recently interested Rover recently, large deposits of large carbon among the sulfate strata of Mount Mount Ms. Gale Crater’s impressive basin. One paper Information about the rigging places of the magazine scientific, interest in this month, Mars’ın Age, revealed a rich iron carbonate mineral in the abundance of missing part in the puzzle of the past.

Water and carbon dioxide reacts to shaping carbonate minerals. Based on the former theory of Mars, based on the former theory of the planet, a rich atmosphere and surface with carbon dioxide can be liquid juice. Thus, if both the older past the oldest past, both water and carbon dioiscation should be available to carbonate minerals. Previous discoveries could not find enough carbonate in accordance with the theory. This is up to the final discovery of the area of ​​interest.

“The discovery of plenty of Sideritis in Gale crater, the geological and atmospheric evolution of Mars, both the author of an associate professor and management of the author of the University of Canada, and the University of Canada and the University of the University of Canada and the author of the author of management, and the author of the author of management statement.

Although scientists have long been suspected of a rich atmosphere with Mars’s carbon dioxide, the results of interest are the first mineral evidence to support this theory. “This says” Tutolo “that said the planet is the right of the models for living Added.

Over time, the atmosphere of Mars became a subsidized carbon dioxide rock form. The carbon dioxide has warmed the planet until this period, and when the researcher’s opinion, the planet’s ability to keep the planet hot and surface water.

Curiosity Rover uses a drill that is tied to the arm to dig holes in Martian Rock and collect dusty samples from abdomen. Rover is approaching about three to four centimeters of Mars, and the patterns are deposited in a chair tool using the X-Ray diffraction to analyze the rock and soil. “The drilling history with a Laylist Martian surface is like passing a date book,” Thomas Bristow, a research scientist and paper colleagues, a document in the NASA Ames Research Center. “Several centimeters give a good idea about the surface or approaching minerals from 3.5 billion years ago.”

Carbonate minerals indicate that the discovery may be discreted by other minerals in the nearest infrared satellite, as it was found under the surface of Mars. It can explain why previous missions fail to find evidence of carbonated mineral minerals in Mars. If there are many areas of other sulfate, which are rich in other sulfates in Mars, it is enough to create conditions for a warm world with liquid water on the surface of the paper.

“The land surface is about 3.5 billion years ago, but the surface of Mars, early accommodation today,” Edwin kite, “at Chicago University and the third Author of the Paper Geophysical Sciences, said in the A. statement. “This discovery helps to understand the mechanisms that lower the planet very different ways.”