Sunday , May 16 2021

The alien life of ice and rocky super-Earth & # 39; It may be six years clear away, finding the analysis



Although a giant Super-Earth was only a bright light for six years, the researchers found it a primitive life.

Barnard b (or GJ 699 b) discovered a new planet in the Super-Earth planet's Barnard Star's orbit, becoming the closest star to Earth.

The planet is very cold, the temperature is similar to that of Jupiter's moon, Europe, around -150 ° C (-238 ° F).

However, the researchers say they would improve the iron / nickel core and geothermal power, which allowed the flower to flourish.

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A frozen "Super-Earth" was found in Barnard's Star, a single star in the sun. At temperatures above -50 ° C (-238 ° F), scientists believe that liquid liquor chocolates might be under ice (the impression of the artist)

& # 39; Geothermal greenhouse & # 39; protects life zones under its surface, along with the Antarctic lakes' lands, said Edward Guinan of the Astrophysical Association of the United States at Astrophysics University (AAS) on Tuesday, Seattle, WA.

We realize that Jupiter's icy moon is at European surface temperature due to the fact that it is similar to Barnard B, but because of the tide of heating, Europe probably has a liquid icy surface beneath the icy surface. & # 39;

"If it's water, geothermal warming (volcanoes, explosives, etc.), the living areas of the liquid water could be" under the skin icy skin, "the couple wrote in additional paper.

Jupiter's icy moon is like Europe, that is, sea heating does not heat up more than geothermal energy. "

"The star of Barnard has been in our radar for a long time," Guinan said.

The most significant part of Barnard's star's discovery is that the two nearest star systems of the sun are known as planet hosts.

Kepler says that it is accepting previous studies based on the mission data, that planet may be very common throughout the galaxy, even though it is made up of tens of millions of numbers, & # 39; Written by Scott Engle.

Barnard's Star b (the impression of the artist) is thought to be more rocky than the planet that is perceived recently and is at least 3.2 times greater. A cool red-dwarf star circulates smaller and older than the sun, every 233 days he orbits

Barnard's Star b (the impression of the artist) is thought to be more rocky than the planet that is perceived recently and is at least 3.2 times greater. A cool red-dwarf star circulates smaller and older than the sun, every 233 days he orbits

Barnard's Star b (the impression of the artist) is thought to be more rocky than the planet that is perceived recently and is at least 3.2 times greater. A cool red-dwarf star circulates smaller and older than the sun, every 233 days he orbits

Also, Barnard's star is about twice as much as Sun: about 9 million years ago in Sun 4.6 million years ago.

"The universe is producing more than Earth-sized planet, or more than the Sun itself."

Barnard's star, with a mass of more than three times on Earth, Barnard has a star star, a red dwarf, 233 days a day, and Mercury's distance to the Sun.

It passes near the dark snow of the star.

Although very scary, Barnard's telescopes could be imagined by the great telescopes of the future, according to Guinan.

"Such observations will explain clearly the planet's atmosphere, its surface area and its potential habitability," he added.

Although sub-temperatures are -150 ° C (-238 ° F), scientists believe that liquid water bags might be under ice.

Barnard's star is detected on the planet, at least 3.2 times greater than the ground.

Barnard's Star host is a six-light Earth light, almost distant for any astronomical scale, with an illuminated sunlight of 0.0035.

Star Centauri is the only star close, and the three stars link it according to gravity, about four years of light.

The existence of the planet was confirmed after two decades of observation, using ground-based telescopes and different instruments.

One of them was the latest instrument to hunt Césa planet in the Calar Alto Observatory in Spain.

The most powerful telescope currently being used would not be directly implemented by Barnard's Star b image.

WHAT IS STAR BARNARD?

Barnard's star Yerkes Observatory E.E. It was named Barnard (1857-1923), discovered in 1916.

It is not visible to mere eyes, even though it is only six light years away, it is the closest to Earth's second star, considering the Alpha Centauri three stars, including Proxima, as a unit.

That is to say, what would be expected of the dark, low mass, the class M (M4) nano.

3,170 Kelvin (2,896 ° C / 5,267 ° F), the nuclear light emits 0.0035 times the sun's light, mostly at the end of the infrared spectrum.

According to these emissions, the diameter is 20 percent only when the sun and our nearest star has a 17 percent mass.

# Rare birds, most of the stars fall into M's category, as modest as Proxima Centauri, they are not seen by mere eyes.

Barnard's star is six years clear of the Earth, almost distant in the astronomical scale, with a dark dwarf of about 0,0035 times the sun. Star Centauri is the only Alpha Centauri 4.4 inch distance

Barnard's star is six years clear of the Earth, almost distant in the astronomical scale, with a dark dwarf of about 0,0035 times the sun. Star Centauri is the only Alpha Centauri 4.4 inch distance

Barnard's star is six years clear of the Earth, almost distant in the astronomical scale, with a dark dwarf of about 0,0035 times the sun. Star Centauri is the only Alpha Centauri 4.4 inch distance

Barnard's star is in the old star before the explosion of the metal interstellar that is currently visible, the content of metal is only one tenth of a tenth of a Sun.

It's too old Those who demonstrate through a long 130-day turn – the stars are slowing down because they are five times longer than the sun.

Barnard's star still has a magnetic activity, occasionally creating a flare that releases energy from the magnetic field. The X-ray crown is active for two million Kelvin and heats up to two millimeters of the Solar System and the period of rotation is deduced.

Barnard's low internal energy and energy generating energy results in a long life.

In fact, all the Males of the never-ending class in the history of Galaxia have never died.


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