Human perceptions of Mars date back as far as possible to an ancient period, when Egyptian astronomers found it in the 2nd millennium BC, when Pharaoh Khachuri Senusret III managed to develop this Bronze Age. Since that point, perhaps no other planet in our solar family has fascinated our human race like Mars, most likely due to the fact that all our creative minds have made this eroded red world the most plausible habitat for life after planet Earth. . Indeed, Mars ruins our dreams, but the surprising stories about “only green men from Mars” may not be completely perverted. In June 2018, stargazers announced that NASA’s intrepid little meandering chance had found new evidence preserved in the vibration of Mars that sings an alluring alarm tone that the planet may have harbored ancient life, as well as new evidence in the Martian environment that it is related to Mars. Look for current life on the red planet. While these discoveries are by no means strong evidence that life exists on Mars, they are a promising sign for future missions from Earth to explore the surface and subsurface of Mars.
The new discoveries, which include the location of naturally occurring “extreme” atoms in 3-billion-year-old sedimentary rocks near the surface of Mars, as well as occasional species in degrees of methane in Martian air, are distributed in two separate papers. in the June 8, 2018, issue of the Journal of Science.
A natural particle contains carbon and hydrogen; it can also contain nitrogen and oxygen, as well as various components. Although they are regularly associated with life, natural particles can also form due to non-biological cycles and are not really signs of life.
“With these new discoveries, Mars advises us to go all the way and continue to look for evidence of life. I am sure that our complex and well-organized missions will open up amazing new discoveries on the Red Planet,” Dr. Thomas pointed out. Zurbuchen in a statement, official statement of June 7, 2018, the Fly Impetos Research Center (JPL) of NASA. Dr. Zurbuchen is associate director of the Science Mission Directorate at NASA Base Camp Washington. The Jet Propulsion Laboratory is located in Pasadena, California.
noted Dr. Jane Eigenbrod of NASA’s Goddard Space Flight Center in Greenbelt, Maryland, and lead author of one of the test papers circulating in the journal Science, in JPL’s public statement Whether they hold a record of ancient life, or eternal food, or lifeless existence, the natural substance in the Martian material carries internal clues to the conditions and cycles of the planet.”
In February 2018, Opportunity saw its 5,000th day break from the Sun. A Martian day, called a Martian day, is about 40 minutes longer than a day on the planet, and one year on Mars is roughly equal to two years on Earth. Chance arrived at the Red Planet on January 25, 2004, UT, and its primary mission was to last about 90 sols, although it far exceeded expectations. Certainly, NASA researchers did not anticipate that this incredibly powerful little rover would have to endure an entire very cold Martian winter, not to mention that it would continue to function for more than 5,000 Martian first lights.
Sings a beautiful melody of alarms from the Bronze Age
Despite the Bronze Age Egyptian cosmologists, Mars was distinguished by spectators who lived in various developments throughout the ancient world. For example, Chinese records recording developments on Mars appeared before the establishment of the Chu tradition (1045 BC). Babylonian stargazers led to more detailed depictions of the Red Planet which devised mathematical methods to predict what was in the planet’s storage areas.
Ancient Greek rationalists, as well as Greek stargazers, devised a geocentric model in their efforts to understand the motions of the red planet. Estimates of the exact size of Mars have been preserved in ancient Greek and Indian records. In the 16th century, Nicolaus Copernicus (1473-1543) proposed his heliocentric model of our planetary group in which the planets revolve around our star, the Sun. This was later re-examined by Johannes Kepler (1571-1630), who proposed an elliptical circle for Mars, which more accurately match perceptions.