You Wont Believe What Elon Musk & NASA Just Found On Mars!

According to a video: The multi-billion dollar company has been interested in the concept of starting a new civilization on another planet since SpaceX was founded two decades ago. At first many people, including scientists, thought it was a crazy idea, but as plans progressed, it began to look like a real possibility, although the National Aeronautics and Space Administration has made a discovery that Elon Musk may be able to change all plans.

What the Planetary Space Agency Discovered and How These Discoveries Will Impact Elon Musk’s Mission to the Red Planet Join us as we explore the huge NASA discovery that will change everything in Musk’s plans as we know he’s very is smart His plan to colonize Mars has been at the top of his list since his company’s inception.

His company is showing no signs of wanting to manufacture a number of machines to facilitate this mission. The city would be large enough to accommodate 1 million people and could turn humanity into a multi-planetary species, though Musk says this vision will become a reality by 2029, Mars. The mission will likely continue that. Musk explained why he and his team are working hard to achieve this goal.

He told the company’s February 2022 Starship Progress Update that this would be a significant achievement for the future of the life we’ve been living on Earth for centuries. The condition of global warming and all kinds of pollution occurring on the surface of the earth is the reason why Kasturi said that there is a possibility that something bad may happen on the earth if it happens then his plan will solve any threat. talking about.

Enough to get people excited because they know the plan aims to build a great legacy. At the conference, Musk said that life cannot be only about solving problems, there should be things that inspire you. The ones that inspire your heart when you wake up in the morning. Things to get you excited about what lies ahead in the future, space enthusiasts initially expected Musk to complete the project and send the first set of humans to Mars by the mid-2020s.

Unfortunately that’s not going to happen, but to their surprise, Kasturi announced on her Twitter page that colonizing the Red Planet would become a reality sometime in 2029, when she shared a photo of astronauts standing on the Red Planet. The National Aeronautics and Space Administration has also been researching Mars for decades and NASA found that there is radiation in the Martian atmosphere that could hinder Musk’s plan to colonize the Martian soil.

This is one of the reasons why the space agency has not been able to send astronauts to Mars as the radiation in the atmosphere would be harmful to astronauts after learning more about the Red Planet. NASA has rovers to explore the surface of Mars. Instead NASA’s Curiosity was on the search for the Red Planet. The rover’s Radiation Assessment Detector instrument detected two forms of radiation.

One form of radiation is galactic cosmic rays, which are the result of supernova explosions and other high-energy events outside the Solar System. Another form of GCR radiation that causes these razor particles are particles associated with solar flares.Three months after the Curiosity rover landed in Gale Crater on the Red Planet, an international team of researchers processed data from more than 20 atmospheric phenomena in the region that indicated at least one tornado.

The river was monitoring the environment. Station equipment recorded this REMS. These signals included a brief drop in air pressure, a change in wind speed, an increase in air temperature, a change in wind direction, or a drop in ultraviolet light all events reaching the rover. It would be a pity if K displayed all five characteristics.

If we had to go from Earth to Mars to get there and where it’s suitable for radiation protection, that would be a complete bummer, even if Musk has already mapped out his plans, he elaborated that the city How would it look on Mars? Noting that their colonization of the Red Planet would begin with the construction of a full-sized urban city.

Every human will have access to live and work like we do here on Earth, it will be open not only to scientists and researchers, but also to people wanting to go from Earth to Mars, who have little of their own opportunity to pay. Alone once there, these people can pay off the debt by working at facilities ranging from pizzerias to iron foundries, but Musk anticipates there will be a labor shortage for a while and hopes that Starlink and the 1967 The treaty would be these two documents on the basis of something else.

The city will be able to govern itself on its own terms than in the event of a confrontation as the terms and conditions of the Starling Internet stated when it was released in October 2020, but this contradicts the 1967 Outer Space Treaty which states that The country of launch origin will be responsible for all other locations. Activities so according to the 1967 treaty this means that the United States will be the one to rule the Red Planet in 2019. dollars to transport cargo to Mars that would bring the total price of the city to about $100 billion.

In the end it will cost about 10 10 trillion dots. It is also likely that SpaceX will continue colonization with more than one city. Chief Mars Development Engineer Paul Worcester noted at the 21st annual International Mars Society conference in August 2022 that he does not consider this idea. starting with only one outpost but growing into a bigger base like in antarctica but a village growing into a city and then many cities on mars but having many cities on mars would be a good idea.

NASA’s second discovery doesn’t seem to suggest that the National Aeronautics and Space Administration has already figured out how many cities built by Elon Musk will be without water if no liquid water is available, although an underwater river and Water ice was found, and much more is needed to sustain all the cities, plus the climate of modern Mars is not encouraging, the atmosphere is too thin to make a steady flow of water possible, even if it is part of the planet Is. Early History The Curiosity rover observed evidence that ancient Mars had a diverse atmosphere with liquid water.

Some of the rocks and pebbles found by the Curiosity rover in Gale Crater showed an ancient stream flow on the surface of Mars, this is the first time such rocks have been found because they are unique rocks containing stream bed gravels, these mixed rocks vary in size and shape Are. The size of the gravel embedded in the rock raised suspicions, especially the size of the sand particles, prompting NASA researchers to do more research on the water that once flowed through it. In this space, Rebecca Williams, a principal reporter at the Planetary Science Institute in Tucson, explains the team’s tests on the rocks in the journal Science.

We completed a more rigorous quantification of outcrops to characterize the size distribution and roundness of the pebbles and sands that make up these clusters. Williams said he concluded that he ended up with a calculation in the same range as his previous estimate, which meant that the current flowed at a speed comparable to the speed of walking, simply put it could be a meter or could move at a speed of three feet per second and when this depth was measured, it was calculated that the string bed was likely to be hip deep. Three pavement-like rocks were examined out of curiosity. The rover’s masked camera detected the first rock gold burn shortly thereafter during its first 40 days on the Red Planet.

The rover’s landing area was found to be between 50 and 100 meters southeast of the hot rover’s landing site as researchers probed Link Rock. They used the rover’s laser shooting chemistry and chemical camera equipment to study the rock efficiently. used. The rock looked exactly like the deposits of water currents on Earth. Compared to the round river pebbles that are usually thrown into the water when you go camping, it’s safe to say that this was something from another world. While the discovery of some familiarity would have been interesting, the researchers also observed that large pebble clusters were distributed unevenly in the rock.

When more hotbeds were studied, the researchers found alternating pebble-rich layers and layers of sand, this is very common on the bed deposits of streams on Earth and provides more evidence that there was an actual stream on Mars. The researchers also observed that most pebbles were often in contact with each other. The new report by Sanjeev Gupta of Imperial College London suggests that their analysis of the number of round pebbles revealed more about them when water flowed onto the Martian surface than they rolled along the streambed. Suppose he noticed that the roundness of each pebble was not a mistake that it was maintained.

This flow occurred when pebbles collided with each other multiple times and amplified the flow over weeks or months, although we cannot say for sure, with these findings the researchers proposed that the stream probably ran at least a few miles. or kilometers despite the fact that the atmosphere of modern Mars is too thin to form a continuous water stream. Despite its confirmation by NASA’s Curiosity rover, the researchers confirmed that these round pebbles must have come from ancient Mars.

Stream flow information on a still image These massive rocks indicate that Gale Crater once provided space for the flow of liquid water on the Red Planet, researchers say as they review the environmental history and history of Mars But Gale Crater continues to use Curiosity’s science instruments. This was the same spot where the rover found evidence of ancient microbial life, and Elon Musk isn’t slowing down on his plans for Mars any time soon, as he passed on his mission statement explaining that he wants to go to Mars.

But why do you want a city? And he said just one sentence every year while prodding Elon Musk to turn humanity into a multi-planetary species. He gives reasons why humanity is meant to spread across the universe. He mentions a common factor in all of these reasons. Do it is the factor that can cause the event that ends life on Earth.

Complete end of human race but it can be stopped if new base for human life is established on some other planet like mars november 2021. He further tweeted that how much time is left to make this change is yet to be determined as we are still determining what may happen next. Just a worse climate change or February 2022. Could be a surprise meteor strike or white vanity, Musk noted that the reason humanity’s expanding is because we’re the guardians of life. The creatures we love can’t make spaceflight.

But when he comes back in 2021, we can bring him with us. He said that another reason to venture into space was that humanity had barely explored space. He said that almost half a century has passed since we landed on the moon. Humans were on the Moon the last time it was a long time ago we should go back there and again have a permanent base on the Moon like a large base permanently occupied by the Moon. He further encouraged that we then build a city on Mars so that the spacefaring civilization could become a multi-planetary species. Surprisingly, the CEO of SpaceX is not the first person to talk about colonizing another planet.

Professor Stephen Hawking mentioned this in 2017. Hawking said that humans may have ways to expand within 100 years if the human race is to flourish, but some people do not subscribe to Hawking and Musk’s views, astrophysicist Martin Reese has criticized Hawking’s theory And have argued for Musk’s ideas. Vision. In response, he said the idea that climate change is more convenient than Earth turning Mars into our new home is a dangerous fallacy.

The main gear for the mission is the Starship, a fully reusable rocket still under development in Texas. Unique rocket that will be used to take humans and cargo to Mars.The spacecraft runs on liquid oxygen and methane as fuel, instead of the rocket propellant used in the Falcon 9. This innovation meant that Starship could be flown to Mars once more.

Travel to Mars may be an issue as the Martian landscape is too wild for recent research and astronauts may face frustrating issues such as dust collecting on solar panels and these small rocks eroding away. Small Martian rocks have been seen to cause national aeronautics and problems. space. administration’s Curiosity mission, these could be among the factors that could hinder Musk’s vision of colonizing Mars. The National Aeronautics and Space Administration continued its research on the Red Planet and found the current atmosphere of Mars to be 100.

Many times thinner than Earth’s, they sought to see what happened to Mars’ atmosphere, which would help scientists test whether the planet was once habitable. Scientific instruments aboard the rover observed rock formations in Gale Crater. Samples collected from the atmosphere near the site were analyzed and the results gathered favor the retention of the isotope.

Isotopes are variants of the same element with unique atomic masses. Preliminary results from this event show a five percent increase in heavy isotopes of carbon dioxide in the atmosphere when Mars formed. These ratios of light isotopes to heavy isotopes, compared with estimates from existing isotopic ratios, suggest that the upper atmosphere has probably been lost to interplanetary space. When damage to the atmosphere causes a reduction in the lighter isotope argon.

Some types of research on meteorites on Earth and Mars, as well as sample analysis of the Martian atmosphere, have also made the most sensitive measurements ever made to detect methane gas on Mars, with earlier results showing little or no methane. are showing. Turns out and as it stands methane is of interest because it is one of the simplest precursor chemicals for life. It can be produced by biological or non-biological factors here on Earth, the current generation of methane from Earth or Mars or from orbit is difficult to detect because the tunable laser spectrometer in SAM is present only on Mars.

These molecules were first detected within the Martian hemisphere, with preliminary measurements placing an upper limit of only a few parts per billion of methane in the Martian atmosphere, with sufficient uncertainty in the quantification that the sum is zero. Commenting on the mission, Chris Webster, a lead SAM TLS at NASA’s Jet Propulsion Laboratory in Pasadena California, said that although he didn’t know about the methane-abundant gas at the Gale Crater site, he was excited to find it. , but when they set upper limits at lower values, they assume that there is variability in the atmosphere.

The Martian environment may still hold surprises for the team as NASA’s Curiosity rover spends its first three months on Mars. SAM analyzes samples of the atmosphere using two laboratory methods. During its two-year prime mission on carbon dioxide and methane, the rover used an instrument called gas chromatography to separate and identify the gases, analyzed soil and rock samples, and visited some of the principal investigators at NASA Greenbelt Paul Mahaffey. Sampled more of the atmosphere. K Goddard Space Flight Center also commented on the same analysis.

Explaining the results of the first atmospheric measurements, he acknowledged that he saw the potential for a complex chemical laboratory like SAM on the surface of Mars. Both atmospheric and solid sample analysis are important for researchers to understand the habitability of Mars, he said. Curiosity’s 10 instruments are used to test whether areas of Gale Crater offer favorable environmental conditions for microbial life, Curiosity’s inventors.

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