How the legendary star illuminates the ancient sky

For millions of years, both early and modern, everyone must find their own food and be forced to spend most of their time collecting plants and hunting animals to survive. Then, over the past 12,000 years, our species has changed from hunters and collectors to revolutionary transitions that produce their own food. Despite this, about 74,000 years ago, due to the dramatic changes in the climate, modern people were almost extinct and the population may have been reduced to only about 10,000 adults of childbearing age. Around this time about 70,000 years ago, a small red star floated near our solar system and gravitationally threw the comets and asteroids - letting them scream inward toward our young sun. In March 2018, a team of astronomers from

Complutense University of Madrid from

 Cambridge University in Spain and England announced that they have confirmed that some of these comets and asteroids are affected by this close contact.

When modern people began to migrate from Africa, Neanderthals lived with them on Earth, S from

Cholz star - from

 Named after the German astronomers who discovered it - floating less than a light year from our sun. At present, this little red star is about 20 light years away from us, but it caused a disaster when it strolled into our solar system 70,000 years ago. from

Oort cloud from

 , a distant reservoir from

Cross-Neptune Objects [TNOs] from

 Located on the periphery of our solar system. from

Neptune celestial body from

 It is an icy, dusty comet nucleus that lives deep in the darkness of our sun's gravity-impacting area.

The discovery was first publicized in 2015 by a team of astronomers led by Dr. Eric Mamajek of the University of Rochester, New York [USA]. So far, the details of the most documented catastrophic star flyover were published on February 10, 2015. from

Astrophysics Journal Express.

Stellar ship passing at night

Our Sun is a voluntary star, but even if it lives alone, it sometimes has visitors. Such visitors are dim aliens from

Scholz's star from

 Access when it pays for our solar system. This embarrassing, small star intruder is considered to have passed from

Oort cloud from

 - A remote enclosure around the comet core of our entire solar system.

Scholz's star from

 Is a low quality from

Red dwarf from

 A star that is a member of the binary system, its mass is only 8% of the sun. Another member of the duo is from

Brown dwarf from

 a faded star, even smaller than it from

Scholz's star from

 The mass is only 6% of the sun mass. from

Red dwarf from

 The star is the smallest true star in the universe, and the most long-lived star. In contrast, insignificant from

Brown dwarf from

 It is a fascinating little star failure. This is because even from

Brown dwarf from

 s is very similar to the way a real star is born - from the collapse of a particularly dense substance embedded in many huge, dark, cold from

Molecular cloud from

 This plagued our galaxy - they never managed to get enough weight to ignite their nuclear fusion spark. Although insignificant from

Brown dwarf from

 Never get enough quality to start this process from

Nuclear fusion from

 They are still more important than it from

Natural gas giant from

 Planets, such as our own solar system spots and banded behemoths, Jupiter. from

Red dwarf from

 In contrast, stars do try to get enough quality to start the process. from

Nuclear fusion - from

 It generates enough pressure to fight against force from

gravity from

 Thereby keeping the star's flexibility against its fatal collapse. from

Radiation pressure from

 Pushing stellar materials from

Out from

 with from

far from

 From the stars, and gravity tries from

squeeze from

 Everything from

in from

 . Two belligerents help a star to maintain a star balance - but it must end. Once the star finishes burning its necessary supply from

Nuclear fusion from

 Fuel - it combines heavier atomic elements with lighter atomic elements - from

gravity from

 Winning a war with its competitors, the star collapsed. However, there is probably no death from

Red dwarf from

 Stars in the universe - from

however. from

  Little stars make their "life" easy and burn their fuel - from

very very from

 slow. Indeed, it may need from

Tera from

 A year's time from

Red dwarf from

 In the demise, our universe has not been 14 billion years old. In contrast, high-quality stars live fast and young, and some may only be "live" for millions, not billions - not to mention trillions. Our sun is a little star, but its weight is much larger than it from

Red dwarf star. from

  Our star is about 4.56 billion years old, and it has a history of about 5 billion years before it blows off the outer layer. Its core is left in the form of a tiny substance called a. from

white dwarf.

Scholz's star from

 Is a resident from

Monoceros constellation from

 , about 20 light years from Earth. But when tiny fake from

Red dwarf from

 Thousands of years ago, we emerged in the pre-historic young solar system, which was originally a 20-level star. This is about 50 times more than the pain observed by the naked eye at night. However, from

Scholz's star from

 It is very magnetic, which can make it "flare". For a brief flash moment on the cosmological time scale, from

Scholz's star from

 It may become thousands of times brighter. This means that it is absolutely possible from

Scholz's star from

 70,000 years ago, our prehistoric ancients could see it - a few minutes or hours in its rare burning event.

Scholz's star from

 More specially designed from

WISE J072003.20-084651.2 from

 . It received a less technical nickname to commemorate the astronomer Dr. Ralf-Dieter Scholz from

Leibniz-Institut fur Astrophysik Potsdam [AIP] from

 in Germany. Dr. Scholz was the first to announce the discovery of a dim little person from

Red dwarf from

 Star in late 2013 from

Sensible from

 Part from

Scholz's star from

 Official name is reflected to NASA from

Wide Field Infrared Measurement Detector [WISE] from

 Mission, responsible for illuminating the entire sky with infrared rays in 2010 and 2011 from

Ĵ from

 Part of the formal design means from

Red dwarf from

 coordinate.

The trajectory of this little star shows that it floated about 52,000 years ago 70,000 years ago. from

Astronomical unit [AU] from

 From Earth [0.8 light years] - equivalent to 5 trillion miles. One from

AU from

 Equivalent to the average distance between the Sun and the Earth, about 93,000,000 miles. The authors of the 2015 paper pointed out that they have 98% certain from

Scholz's star from

 Got it from

Oort cloud from

 , a mysterious and unexplored area on the edge of our solar system. The from

Oort cloud from

 It is often thought of as the home of trillions of frozen, gleaming, icy comet nucleus, about a mile or more away. This distant cloud is also considered to be its origin from

Long-term comet from

 After their orbits are destroyed by gravity, they orbit around our sun.

The from

Oort cloud from

 Named after two discoverers, the Dutch astronomer Jan Oort [1900-1992] and the Estonian astronomer Ernst Opik [1893-1985]. This spherical shell is an icy habitat from

Star, from

 More than 4.5 billion years ago, we left behind the formation of the solar system. Cold ice from

Star from

 A quarter of the giant gas planets live in the outer solar system - the cornerstone of Jupiter, Saturn, Uranus and Neptune. In contrast, from

Asteroid - from

 Most people find living here from

Major asteroid belt from

 Between Mars and Jupiter - a relic of rock and metal from

Star from

 It builds a quarter of the planets in the solid solar system - Mercury, Venus, Earth and Mars. In the original solar system from

Stars - from

 Icy and rock - collide and merge to create a larger and larger body that forms the planet that our sun family is familiar with. The from

Oort cloud from

 Considered to be around 100,000 AU around our solar system, it is located in the middle of our sun's nearest star, this is from

Proxima Centauri.

The from

Kuiper Belt from

 with from

Scattered disk - from

 It also accommodates frozen comet-like objects - less than one-thousandth of our sun from

Oort cloud from

 . Outer edge from

Oort cloud from

 It marks the boundaries of our interstellar influence zone. It is the boundary of our solar gravitational advantage.

The from

Oort cloud from

 Usually considered to be composed of two regions: an internal cloud called a disc from

Mountain cloud from

 And spherical outer layer from

cloud. from

  Most remote, frozen residents from

Oort cloud from

 It consists of ice, methane ice and ammonia ice.

Our sun may be a member of an open star group with thousands of brothers. Many astronomers believe that our newborn sun is either unscrupulously expelled from its birth cluster due to gravitational disturbances caused by other stars. from

Either from

 It was separated from its free will about 4.5 billion years ago. Our star's star brothers and sisters have already strolled farther into our galaxy, and there are probably as many as 3,500 of these nomadic solar brothers and sisters.

Today, our sun is in an active middle age. It is a from

Main sequence from

 [hydrogen burning] star from

Hertzsprung-Russell stellar evolution map. from

  With the arrival of the stars, our sun is not particularly special. Our solar system is located in our majestic outer suburbs - albeit typical - the vortex of the Milky Way, the Milky Way.

Shining in prehistoric sky

From two astronomers from

Complutense University of Madrid from

 [Spain], Dr. Carlos and Dr. Raul de la Fuente Marcos and their colleague Dr. Sverre J. Aarseth of the University of Cambridge [UK] now analyze for the first time that nearly 340 objects living in the solar system have hyperbolic orbits [very open V-shaped, as opposed to a typical ellipse]. inside...

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