Thursday , August 11 2022

Our love for Mars for a long time



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By Paulo de Sousa

File 20181126 149317 1hdg0u9.jpg ixlib = rb 1.1
Life on Mars? This is the NASA's Curiosity robot tracks.
NASA / JPL-Caltech / MSSS

Paulo de Suza, CSIRO

Thanks to NASA's InSight Research Center, it is still on Mars. This last mission continues to explore what is still unknown about our planet.

As we have seen from the earth, the red dot in the night sky has attracted mankind's attention because we have designed the universe.

The first observation of telescopes gave us a clear view of Mars, and the pillars are covered with ice and there are various tones of red and black in the tropics.

The mission of NASA's InSight (Seismic Survey, Geodesy and Search Engine) is to learn more about Mars's interior and how the planet is formed.




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Beware of marches

Perhaps the most exciting report of the syllable was made in 1877 by Giovanni Scaparelli from the Italian astronomer. He noticed a dense network of linear structures on Mars, which was called the "Channel" in Italian, meaning "channels."

Map of Giovanni Schiaparelli, 1877-1886
NASA / Flammarion, La Planète Mars

However, some of those who speak the English language have not been properly interpreted as "channels".

In 1938 when Orson Wells spread the true adaptation of HG Wells classic "World War II", our love and fever relationship with Marsees rose to another level.

The Halloween nightly reports that Martinez was attacking the Earth accepted some US audiences as a fantasy (The Night That Panicked America, 1975). How many panicomas are still open to ask.

The HG Wells & # 39; s novel has long been inspired by several Hollywood movies, TV debates and musical stories, including Steven Spielberg's 2005 World War.

The possibilities of what came from Mars.

Mars will close

In 1965, the Mariner 4 spacecraft on the planet, and then in 1971, entered the Mariner 9 orbit, and the first close-ups of Marseille appeared.

Mariner 4 accepts the first close-up picture on Mars.
NASA

Both spaceships showed Mars like cold, dust, desert steppe. Before these missions, we only looked at Mars by telescopes, and the question of whether the planet was inhabited by (or living) was still open.

I remember when I was watching a television program showing Wikileign missions that took place in March 1976 in Mars.

Instead of talking about Mars's first successful spacecraft on Mars, we have structures that resemble the face of a man in Mars for a long time, sending pictures and scientific data on another planet's surface and resembling pyramids.

The Viking 1 Orbiter spacecraft of NASA photographed the area on July 25, 1976 on the northern edge of Mars and searched for the Viking 2 Lander site. Erogan stone is similar to that of a person close to the middle of the rock.
NASA / JPL

These pictures have undoubtedly affected me and surprised Mars and my common outer space.

The heritage of the Viking installations was primarily the first geochemical characteristics of the earth and the atmospheric composite analysis of Mars.

The Viking results were fantastic in a variety of ways, but they were in mood, as if they were water, showing a dry planet filled with primary rocks that would turn into minerals.

The image of Marsian's image was taken by Viking Lander about 15 minutes to the southwest, before sunset.
NASA / JPL

Images on the face showed signs of life – a sign of small shrubs in some shrubs, a mysterious rocks on some rocks or a green smile on the camera.

We lost interest to the attack on Mars on the meteorite.

Mars stones

Planets and stones of moon and meteorites have chemicals from them. So it is possible to know that the meteorite is from Aidan, Marsten or anywhere else.

Anthracite meteorite (so-called ALH84001) proved to be the author of Mars.

The 4.5 billion-year-old rock, identified by Mars, is the meteorite ALH84001.
NASA / JSC / Stanford University

The Mars meteorites can be found on the Earth because a large meteorite may fall into Mars and the earth's space launch has been completed.

Some were sufficient to reach our atmosphere and were later found. ALH84001 is mainly made of carbonate: the mineral needs to be formed. Indirectly, we can conclude that Mars was once wet.

To make even more fun, there are some smaller structures that resemble some bacteria on Earth on postcards.

This high-resolution scanning electron microscope image shows the structural shape similar to a specific tube with less than 1/100 human hair size found in the meteorite ALH84001.
NASA

Scientists are discussing whether this is a construction of the Martian excavation. But the opening and analysis of ALH84001 came back to Mars. Now it's time to stand up.

March Mission to Mars

NASA has released its first Mars launcher, Pathfinder. The microwave was put into operation in March 1997 by the Sojourner rotor.

Take a look at Mars.

Robert Viking gave the results very similar to those found, indicating that it was very dry and on Mars. Later on, it was a great effort to get the Marshal Wallpapers from orbits and select the land with future benefits.

After discussing more than 174 landing sites, researchers and engineers from Mars began to study and marry Marcea's two big places: a place where there was a spirit and a possibility.

After seven months of intercontinental landing, the riders landed in January 2004. The initial results were similar to the Vikings and Mars Patphins by the Spirit.

The first fundamental findings have since been discovered half a hematite and two possibilities for the formation of water and acidity: two minerals.

After working out of the production warranty (three months), the twin robots have changed our knowledge of Marseille's past.

NASA's Mars-Rover capabilities boost its shadow of the sun in this magnificent scene on the eastern edge of the Endeavor Crater in Mardi.
NASA / JPL-Caltech / Cornell / Arizona State Univ.

Before we landed, there was a question that Mars was once wet. Now we know that the oceans were as salty as the Sea of ​​Musa, where they have hot eyes and fresh water streams.




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The water on Mars was not only in different forms. Mars created a perfect environment for a long time to form and develop life. At least Mars was living.

Spirit has been active for six years, and after 15 years the opportunity is officially continued.

During that time, the so-called Phoenix installation landed in the northern hemisphere, near the northern poles, Castropic Castelas Boréalis. The main discovery of Phoenix is ​​the presence of minute concentrations of powerful bacterial killer salts.

NASA's Phoenix Mars Lander is surrounded by a frosty layer of water.
NASA / JPL-Caltech / Arizona University / Texas A & M University

Although these missions affected our understanding of Mars, there were a number of tools that we would like to use and can not robot.

The idea of ​​having a fully equipped Mars Lab has encouraged scientists to present a new mission: Mars Science Laboratory with a much larger robot. It is equipped with laser beams that can analyze distances, rocks and analyzers that can provide a detailed description of the rocks, soil and atmosphere.

The marshals were found in the Mars Research Laboratory mission, as well as from the Mars Meteorite EETA79001, Curiosity, which predicts the global spread of bacterial and killable salts.

New InSight to Mars

Over the past 50 years, Mars has been full of earthworks, but little about the subsoil or its inner core. The InSight Mission, which is ready to land in Mars, is here to play.

Within Mars.

NASA's Deep Space Network supports NASA's Canberra station, which runs on behalf of CSIRO. The InSight team hopes to find out how Marsex's interior is formed and how similar it is to other shipping worlds, such as the Venus, Mercury, the Moon, the Earth, or the solar ecosystem from other solar systems.

This is the first mission to explore the depth of Mars. There is a seismometer and a temperature probe that is part of its payload.




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Future Sample Missions Predominate: We strive to make our own exploration of spacecraft (as it relates to the moon) and our astronauts to Mars to land and land on Mars.

We do not have the technology necessary to make this technology. Future challenges will be accumulated on a CSIRO space industry roadmap, showing some of the key technologies needed for future exploration and the unique contributions of Australian companies and universities.

Striving to understand the evolution of the Sun System continues and I still have many questions without the answer. We hope InSight will give some of these answers, but we have a lot to know about the day of Mars, the fourth planet of the Sun.

This artist's concept is depicted after NASA's InSight Lander has put its tools on Marcia's face.
NASA / JPL-Caltech

Paulo de Sousa, Leader of Science – Cybernetics, CSIRO

This article was last modified on Creative Commons-Licensed. Read the original article.

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