A team of scientists from the US space agency NASA has discovered that organic salt (organic salt) exists on Mars. The salt deposit is believed to be part of the first biological material on Mars already discovered by NASA’s mission. Organic compounds and salts on Mars may contain geological processes or traces of bacteria.
According to NASA, the addition of salt strengthens the possibility of getting biomass (biomass) on Mars first. At the same time, there is hope in life. Found life on Earth dependent on organic salts, oglets, and acetates. The discovery of biomaterials on Mars is important for NASA, but it is a challenge. Radiation on the surface of Mars also destroys organic matter. The Chinese rover Shurang has also sent similar information from NASA’s Rover. The Chinese lander landed on Mars last Saturday. This Lander rover landed with the help of a parachute with the tunnel and reached the surface within seven minutes from the atmosphere. It landed on Utopia Planesia on Mars. The six-wheeled China Rover is powered by solar energy. It weighs 240 kg.
Collecting rock samples from Mars and sending data to Earth. It will work for about three months. NASA’s rover performs scientific tests NASA has also sent a helicopter after completing five successful flights. In addition to these two countries, the United Arab Emirates spacecraft has also landed on Mars this year, orbiting Mars and preparing a detailed map of it.
The Chinese vehicle has been given several images before landing on the surface of Mars. Tianwen-1’s small engineering survey subsystem took a video from the camera, in whose frame Mars was seen. After this, the edge of Mars’ atmosphere was seen. Pits were also seen on the surface of Mars. The second video showed a tracking antenna of the Tianwen-1 taken with a monitoring camera. Several small monitoring cameras are installed in the engineering survey subsystem.
The common goal of all these missions
Finds signs of life on the surface of Mars. James Lewis, a biochemist at NASA’s Goddard Space Flight Center, says that if biological salt is found anywhere on Mars, it can be further explored in areas where it can be safely excavated from the surface. There are indications of organic salt based on Lewis’ experiments and data from a small laboratory in Rover.
What a challenge
The gases are emitted by the heat of the soil and rock on Mars. Based on these, the structure of the samples is revealed. The gases emitted by heating the organic salt can be released from any other material on the Martian soil. Therefore, it states the need for more detailed analysis.
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