Sunday , January 24 2021

Light living can be frozen and frozen, exceeding six years, and the Earth's superfamily. The study will be studied



Researchers have found that a super-Earth planet about six light-years from Earth is addicted to primary life.

Barnard b (or GJ 699 b) is a rotation around the recently discovered planet Earth, but it is the closest second star to the Earth.

The temperature in the Jupiter moon is about -150 ° C (-238 ° F).

However, researchers say that it could create life through a large, hot iron / nickel core and improved geological activity.

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Frozen

Frozen

The frozen "super-Earth" planet has been found by Bernard Star, the closest single star to the sun. Although the Earth's temperature is -150 ° C (-238 ° F), scientists believe that under ice-bearing ice (artistic)

University of William's, Astrophysicist Edward Guinean, says that biological temperatures can be supported under terrestrial temperatures similar to those in Antarctic. The American Astronomical Society (CIS) is a member of the American Astronomical Society (WAS).

The surface temperature of the surface temperature of Jupiter in the summer of Europe is comparable to Bernard. But, with warming heat, Europe's icebergs are under the ice.

When there is water, ground heating (volcanoes, craters, etc.), in liquid water & # 39; It could cause a biological zone to produce a possible ice surface.

Jupiter's ice cream is warmed by heat from the reservoir's heat, not from the biological energy of Europe;

"Barnard's stance rests on our cannon," Guyuan said.

The most important feature of finding Barnstadt's star is that the two nearest star systems for the sun now favor planets.

"This supports pre-studies based on Kepler-Mission data, which can be seen in many galaxies throughout the planet." "Said Scott Engle of the newspaper.

The newly discovered planet, Barnard Star Bea, was 3.2 times larger than the Earth. It is about 233 days after each orbit of the orbit around the smaller and old cool red dwarf star than the sun

The newly discovered planet, Barnard Star Bea, was 3.2 times larger than the Earth. It is about 233 days after each orbit of the orbit around the smaller and old cool red dwarf star than the sun

The newly discovered planet, Barnard Star Bea, was 3.2 times larger than the Earth. It is about 233 days after each orbit of the orbit around the smaller and old cool red dwarf star than the sun

Also, Barnard's star-core solar system is twice the size of the Sun that has exceeded 9 billion years against the Sun.

'The universe is largely about our own planetary masses on Earth,' 'he said. & # 39;

Barnard's Star B is about three times the mass of Barnard star with a mass around the red dwarf star and is approximately equal to the rotation around the sun every 233 days.

It moves close to the dark stars.

Although very weak, Bernard B can be depicted by a very large telescope in the future, according to the Guinness World Record.

Such observations cast light to the nature of the Earth's atmosphere, surface and potential atmosphere. He added.

Despite temperatures in excess of -150 ° C (-238 ° F), scientists believe that liquid water will flow under the desirable ice for life's viability.

The newly discovered planet, Barnard Star Brew, is massive and at least 3.2 times larger than the Earth.

It has six light-years from the planet's star Barnard Star. It can not have any astronomical scales.

The only nearby astronomical system is Alpha Century. About four miles away, it has three gravitational stars.

Two decades of observations confirmed the existence of the planet by using two-terrestrial Earth-based telescopes and telescopes.

One of them is Kamennes, the latest sophisticated Planet Cutting Tool in Spain's Keller Alto Observatory.

Even today's most powerful telescope, even Barnard's Star B could not be directly represented.

Barnard's Star?

It was named after Bernard Star in 1916, by E.E. Barnard (1857-1923).

Within just six light years, it is the closest star to the Earth. – If there are three stars of the Alpha Centaur, including protsama, it is not visible to the naked eye.

It's just what you expect from a dark, low mass, class M (M4) waiter.

3,170 Calvin (2,896 ° C / 5,246 ° F), this blue Sigiriya has an occult mass of 0.0000 times. It's mostly the spectral infrared.

These emissions indicate that it is about 20 percent of the sun's average and our nearest star is 17 percent.

Since the rare, large numbers of stars fall into denomination. They are very weak-like proteins like Proxima Sensory. They have not been seen by the naked eye.

Six light years from the star planet of Barnard's Star Earth - no distance from the astronomical scales - 0.0035 times the glare of the sun's brightness. The Alta Century Alta Century is located 4.4 light-years away

From Barnard's Star planet six light years from the earth - no distance from astronomical scales - a 0.0035 times luminous display of the sun's brightness. The Alta Century Alta Century is located 4.4 light-years away

Six light years from the star planet of Barnard's Star Earth – no distance from the astronomical scales – 0.0035 times the glare of the sun's brightness. The Alta Century Alta Century is located 4.4 light-years away

Barnard's starring is that the explosions of the explosive stars have increased the number of ancient stars and the current metal content is about 10%.

There is age too Certified for hundreds of days of long term rotation, which are slightly slower. It is about five times that of the sun.

Barnard's star still has magnetic activity, thunderstorms emanating from the release of the magnetic field, and Calvin's magnetic forming up to two million million X-rays Corona, and the rotation period between the secretions and the stars.

Barnard's low internal temperature and consequently the difficult energy generation rate gives a longer life.

Of course, none of the Masquerades ever born in Malaysia's history has ever died.


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