11 Information about the discovery of the new NASA .. Solar system and 3 planets fit for life

NASA has just discovered a star orbiting seven planets, some of which may be viable



Highlights of NASA’s new discovery Solar system and 3 planets fit for life

1 – Discovery is a solar system, a smaller star of the sun called “Trapeest“, around 7 planets.

2. NASA believes that three planets have good conditions for life to develop.

3. NASA also believes that all seven planets may contain water.

4. The discovery is the largest of its kind for NASA, where the agency has never discovered a solar system, containing so much life.

5. The seven planets are close to Earth, only 39 light-years away.

6. According to current possibilities, in order to reach these planets will take humans a journey of 44 million years.

7. The seven planets discovered are so close that the inhabitants of a planet can see the other planet, as humans see the moon.

8 – near the planets from each other, the possibility of the presence of moons.

9. In at least 10 years, NASA scientists will confirm whether these planets are living organisms or not.

10. Tripist 1 is about 325 trillion miles, a small star for the sun, located in the constellation Aquarius.

11. The planet “Terrapis Onei”, one of the seven planets, is very similar to Earth, it is located on the same distance between the Earth and the Sun and the same size of the planet.

After the discovery of NASA 7 new planets valid for life .. Are there any spacecraft?

The question “Are there any spacecraft on any of these planets?” Is the most important question. “Thomas Zorbuchin, co-director of NASA, “A scientific priority, and finding this number of planets for the first time in a viable area is a big step towards that goal.”

If there were any living beings in this group, I would have enjoyed a wonderful view of the world of Trapeest-1. From the fifth planet, which is the most habitable of the habitation, the Star Trapeest-1 looks like a salmon 10 times larger than the sun looks in our skies. Other planets orbit their orbits above the planet, and look about twice as large as the moon when viewed from our planet. “This will be a beautiful sight,” says Amauri Traude, a researcher at the University of Cambridge’s Institute of Astronomy.

Amauri said researchers hope they can see if there is life on these planets in 10 years. “I think we have taken a pivotal step in our quest to see if there is life on those planets, Thrive and release gases in the same way that happens on our planet, we will know then. “

A serious discovery of NASA scientists will change the face of life

Astronomers announced in May last year the discovery of what appeared to be three planets revolving around the star Trapeest-1, the star they named after the telescope Trappist telescope in the Chilean desert, which had the foresight in seeing these space worlds. The telescope did not see those planets Directly, but recorded the shadows that formed when passing in front of the star.

The discovery prompted astronomers to try to monitor the planets more accurately than Earth and space. NASA’s Spitzer Space Telescope focused on the star for 21 days and, with the help of data from other observatories, detected the presence of seven planets orbiting the Terabist-1, The size of each planet is the amount that is obscured by the light of the star, while its masses are judged by the way they drive and attract each other.

The planets orbit very narrow orbits, so that it takes between one and a half to 20 days to complete its orbit around the star. Because of this proximity, these planets face the star with one face always, just as the moon faces the earth with one face always.

Scientists believe that the temperature of some of these planets is suitable for the presence of water oceans, depending on the composition of the atmosphere, and for the other planets in the group, perhaps the areas suitable for the existence of life areas that separate the bright and dark aspects.

In a previous work using the NASA telescope researcher Kepler, Sharpono and his colleague Courtney Drings found that one in four dwarf stars of this type hosts a planet similar in size and temperature to the planet.

With Terabast-1’s observations, astronomers now know that Earth-like planets orbit dwarf stars that can be studied by the machines they are now making.

“This means we may start the search for space within 10 years, not long years later, as many have predicted,” Sharbonno said.