Friday , June 24 2022

& # 39; Biggest Parking Place in Mars & # 39;



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Concept of artist. The landing site of InSight, Elysium Planitia.Credits: NASA / JPL-Caltech

Just straight.

A reasonable explanation for a remarkable goal of the InSight spacecraft, watches on Mars now.

Park The biggest parking spot in Mars, & says NASA.

Ek Smooth and straight, ve says Matt Golombek of the Jet Propulsion Laboratory in Pasadena, California.

Indeed, the Elysium Planitia – the landing point to the slightly north of the Martian equator – is not monotonous, mountainous; mercilessly

. It's a place without big cliffs or big craters, Gol says Golombek. "There's not a lot of steep slopes, not a lot of stones."

That's exactly what NASA wants.

Iyor Although it was never boring, sites adds the geologist Golombek, who leads the mission's landing site team. "Dull, in the eye of the lookout."

Particularly deep into the depths: After InSight is deployed, plans to make the puck to about 16 feet – about five feet below the gloomy terrain.

Infiltrating this way, or infiltrating NASA, can inflate the underground secrets of Mars.

An image of the landing site taken by Mars Odyssey orbiter.Credits: NASA / JPL-Caltech / ASU

The landing point of InSight is 373 miles from the Curiosity navigator.Credits: NASA / JPL-Caltech

For almost any vehicle, the flat floor is a reliable ground. Obstacles are dangerous.

Land on a large rock and InSight prone to puncture; it reaches a steep slope and can be tilted or tilted. Stand on a surface that cannot lift the load – some Mars dusts are Gol excessively fluffy, “he says, and the spacecraft un can be effectively destroyed Yük.

That's why touchdown point, matte or freeze, it works. None of these scenarios exist. & Nbsp;"This is the best place we can find. Bu

NASA's research for the site took about three and a half years. Using Mars orbits, scientists systematically and thoroughly viewed Elysium Planitia; 150 high resolution photos proved to be indispensable.

“We have extremely detailed information."Golombek. & Nbsp;"We measured the slopes. Crater distribution. Shadows of rocks. You don't gamble on a landing site. "

Now, the Insight team – with reasonable confidence – can identify many things in the area of ​​approximately one meter.

Ek It's like the size of your desk, mas says Golombek.

Nevertheless, Elysium Planitia does not provide any warranty.

Or Once we land, ızı she says, tı and we'll know how good we are. “

Simulation: InSight touches downwards.Credits: NASA / JPL-Caltech

Unlike the Mars rovers, InSight doesn't. Instead, the probe is holding.

The truly groundbreaking mission is destroying the mysterious interior of the Mars; The two instruments on the spacecraft will go deeper into Mars.

The seismometer located in an area of ​​the size of a volley will detect landslides, dust storms, meteor crashes and Mars earthquakes.

A self-hammering mechanical mole connected to the temperature sensors will discover how much heat is coming out of the planet.'SAnd nbsp; internal.

Now the hard part.

For insight, rocks below the surface are as difficult as the rocks above.

Take the mole: good to make the tunnel in the territory of Mars. Good for small rocks between four and five inches (the mole takes them off the road). Just okay with something a little bigger; can sometimes maneuver the mole history, makes firagle.

But there is a limit. & Nbsp; Ek It can't go through hard, solid rocks, sağlam says Golombek. If the mole collides directly with a large straight, it stops.

Equally scaryThe mole does not only make a shot at the entry point, no.

Or Once, and that's it, “he says.

However, NASA says a 16-meter landing or more can be done.

Üyor This is a pretty high probability, omb predicts Golombek.

”But you're never sure.“

Concept of artist. InSight will explore the inner structure of Mars, its shell, mantle and essence.Credits: NASA / JPL-Caltech

If InSight solves the interior of Mars, scientists can take early history of Mars. There are clues (or fires) of how life is firing in a world.

These clues have long been lost in the Earth, a geologically dynamic place that erases most of its history. But Mars remains much like before.

"Everything is wrapped in geology," says Golombek.

Revert and & nbsp; ultimately we can understand the birth of the world. There's nothing about it.

"on dutyDiz – InSight's new podcast series from NASA's Jet Propulsion Laboratory in his journey to Mars.here.

Artist impression on the surface of Mars InSight lander.Credits: NASA / GSCF

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Concept of artist. The landing site of InSight, Elysium Planitia.Credits: NASA / JPL-Caltech

Just straight.

This is a reasonable explanation for the remarkable goal of the InSight spacecraft, now watches from a touch of Mars.

Park The biggest parking spot in Mars, & says NASA.

Ek Smooth and straight, ve says Matt Golombek of the Jet Propulsion Laboratory in Pasadena, California.

Indeed, the Elysium Planitia – the landing point to the slightly north of the Martian equator – is not monotonous, mountainous; mercilessly

. It's a place without big cliffs or big craters, Gol says Golombek. "There's not a lot of steep slopes, not a lot of stones."

That's exactly what NASA wants.

Iyor Although it was never boring, sites adds the geologist Golombek, who leads the mission's landing site team. "Dull, in the eye of the lookout."

Especially when going deep: InSight, after deployment, cuts five meters (about 16 feet) below the gloomy terrain.

Infiltrating this way, or infiltrating NASA, can inflate the underground secrets of Mars.

An image of the landing site taken by Mars Odyssey orbiter.Credits: NASA / JPL-Caltech / ASU

The landing point of InSight is 373 miles from the Curiosity navigator.Credits: NASA / JPL-Caltech

For almost any vehicle, the flat floor is a reliable ground. Obstacles are dangerous.

Land on a large rock and InSight prone to puncture; it reaches a steep slope and can be tilted or tilted. Stand on a surface that cannot lift the load – some Mars dusts are Gol excessively fluffy, “he says, and the spacecraft un can be effectively destroyed Yük.

That's why touchdown point, matte or freeze, it works. None of these scenarios are there. "This is the best place we can find. Bu

NASA's research for the site took about three and a half years. Using Mars orbits, scientists systematically and thoroughly viewed Elysium Planitia; 150 high resolution photos proved to be indispensable.

“We have extremely detailed information."Golombek. "We measured the slopes. Crater distribution. Shadows of rocks. You don't gamble on a landing site. "

Now, the Insight team – with reasonable confidence – can identify many things in the area of ​​approximately one meter.

Ek It's like the size of your desk, mas says Golombek.

Nevertheless, Elysium Planitia does not provide any warranty.

Or Once we land, ızı she says, tı and we'll know how good we are. “

Simulation: InSight touches downwards.Credits: NASA / JPL-Caltech

Unlike the Mars rovers, InSight doesn't. Instead, the probe is holding.

The truly groundbreaking mission is destroying the mysterious interior of the Mars; The two instruments on the spacecraft will go deeper into Mars.

The seismometer located in an area of ​​the size of a volley will detect landslides, dust storms, meteor crashes and Mars earthquakes.

A self-hammering mechanical mole connected to the temperature sensors will discover how much heat is coming out of the planet.'S internal.

Now the hard part.

For insight, rocks below the surface are as difficult as the rocks above.

Take the mole: good to make the tunnel in the territory of Mars. Good for small rocks between four and five inches (the mole takes them off the road). Just okay with something a little bigger; can sometimes maneuver the mole history, makes firagle.

But there is a limit. . It cannot pass through hard, solid rocks, geç says Golombek. If the mole collides directly with a large straight, it stops.

Equally scaryThe mole does not only make a shot at the entry point, no.

Or Once, and that's it, “he says.

However, NASA says a 16-meter landing or more can be done.

Üyor This is a pretty high probability, omb predicts Golombek.

”But you're never sure.“

Concept of artist. InSight will explore the inner structure of Mars, its shell, mantle and essence.Credits: NASA / JPL-Caltech

If InSight solves the interior of Mars, scientists can take early history of Mars. There are clues (or fires) of how life is firing in a world.

These clues have long been lost in the Earth, a geologically dynamic place that erases most of its history. But Mars remains much like before.

"Everything is wrapped in geology," says Golombek.

Rewind, and finally we can understand the birth of the world. There's nothing about it.

"on dutyIsi – InSight's new podcast series on Mars, presented by NASA's Jet Propulsion Laboratory.

Artist impression on the surface of Mars InSight lander.Credits: NASA / GSCF

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