Gliese 710 Rogue Star Coming to Our Solar System!

Recently, scientists have found that a rogue star is coming to our solar system to destroy our earth! There are millions and billions of wandering stars in our universe that are moving very quickly and independently anywhere in space. These stars mostly collide with other stars and destroy themselves. But there are many rogue stars in space that are much bigger than our sun, and they can easily destroy any planet in our solar system, including the sun! Scientists have found that a rogue star named Gliese 710 is coming to our solar system, and it has enough power to destroy our whole solar system, including our Earth. This is not a small asteroid that will burn automatically in our Earth's atmosphere, but if it collides with our Earth, it will definitely destroy the whole Earth and live on it. Today you will learn about rogue stars, wandering stars, the study of these stars, and Gliese 710, which is coming to our Earth.

Gliese 710 Rogue Star

Contents:

1. Rogue Stars & Wandering Stars in Space
2. Study of these stars
3. Gliese 710 Star is coming to Earth!
4. Summary and FAQ

Rogue Stars & Wandering Stars in Space

These stars move out of their solar system due to coming into contact with a giant black hole or due to the powerful gravity of their binary stars. These rogue stars are very dangerous and can cause huge destruction by entering any solar system. Scientists found a wandering star that had passed through the outer region of our solar system, which is actually the Oort cloud, only 70 thousand years ago, during which its distance from our sun was only one light year. Scientists have also predicted that in the coming few lakh years, another such star will pass through our solar system at a distance of less than one light year, which can cause huge destruction in our solar system.

 

Rogue stars, or wandering stars, are such stars wandering in our universe that are outside the gravitational influence of any other object. Usually, such stars, due to coming into contact with the powerful gravitational force of a black hole or a gravitational pull from another star, accelerate to high speeds and start wandering in interstellar space. According to an estimate, about 30 to 40 percent of the stars present in our universe may be such wandering stars. Scientists have found that in just 15 million years, around 700 stars have passed through our solar system, with a minimum distance of 15 light years. In which 20 stars have passed with just a few light years distance. Scientists have found that they were able to make a weird change in the outer region of our solar system. Some of them were so close that they were visible in the night sky through our naked eyes.

 

Study of These Stars

A team of scientists has discovered one such wandering star, which has been named Scholz Star. This star was discovered in 2013 with the help of Chile's European Southern Observatory. It is a red star that is now present in the Monoceros constellation, and it is around 20 light years away from our Earth. Due to the lack of proper side-to-side movement in this star, scientists had failed to discover it for many years, but after a few years of study, a team of scientists finally discovered it. When scientists studied its movement, they came to know that this star is moving away from us at a very high speed. In such a situation, scientists collected the necessary data and tried to find out the position of this star thousands of years ago and its trajectory. 

Looking at its current location and speed, scientists have estimated that about 70 thousand years ago, this star passed through our solar system at a distance of only 52 thousand AU, i.e., about 1 light year. The star system closest to our solar system is Proxima Centauri, which is located around 4.2 light years from our solar system. It is also a red dwarf star whose mass is only 15 percent of our sun. But, during its closest approach, it would have been a very bright object in our night sky that our ancestors could have easily seen with the naked eye, just like the Betelgeuse Supernova.

 

During its closest approach, this stray star passed through the outermost region of our solar system, i.e., the Oort cloud. When it passed through our solar system, it must have caused a lot of changes in this region, due to which many icy comets must have also entered our solar system. And it must have had some impact on our Earth as well, due to which many meteorite showers would have been seen here. After this discovery, other scientists decided to discover and study more such wandering stars. For this discovery, he took the help of the European Space Agency's Gaia satellite. Which is a satellite whose job it is to study the position and characteristics of millions of stars present in our sky.

 

From the initial data collected by this satellite, scientists came to know that many more such stars may enter our solar system in the future. But one of these stars, which has been named Gliese 710, will pass closest to our solar system, which will break all the old records.

Image Credit: Getty Images

Gliese 710 Star is coming to our Earth!

Gliese 710 is a wandering star that is present in the Serpens constellation at a distance of about 63 light years from our solar system. But this star is moving towards our solar system very quickly. Thus, scientists have calculated that after about 150 million years from today, this star will pass through our solar system. According to the observations of scientists, this star will pass through the outer region of our solar system, which is the Oort cloud, at a distance of only 10 thousand to 15 thousand AU from our sun, which is actually too low a distance.

 

Also Read: If Betelgeuse Goes Supernova, How Will It Look Like In Earth's Sky!

Like our Sun, it is a main sequence star whose mass is about half that of our Sun. When this passes through our solar system, it will shine more than other stars in our night sky, and it will be visible to your eyes as well. Scientists are saying that when it passes, it could create major changes and movements in our solar system. Which can disrupt the orbit of many icy comets present here and send them towards the inner solar system, which means our Earth. But considering their distance, it may take millions of years for them to cover this distance. In such a situation, the humans present on earth will have enough time to face this danger. Know about white holes in space as well.

 

Summary and FAQ

This will be an amazing space movement, as humans will see this movement through their naked eyes in the night sky. There are many weird things happening in our universe, and scientists are continuously working to find these strange events and movements. It is also possible that a giant rogue star will come to Earth and collide with it. This will result in the destruction of the Earth and life on it. Scientists have found that our Earth is also conscious like us. We will write a whole article on this topic. I hope you have gained a lot of new information through this article. Here are some questions that could arise in your mind.

 

1. Will a rogue star hit Earth?

There are many wandering and rogue stars in our universe, so it is possible that one of these stars will come to our solar system and create major changes.

2. Can Earth become a rogue planet?

Yes, if the Earth gained enough energy to escape the solar system. Then it will start moving independently in a straight direction.

3. Will Gliese 710 destroy Earth?

Gliese 710 will not make any major changes on our planet Earth, but it will create major changes in our solar system. It will be visible to our naked eyes when it passes through our solar system.

4. What is the closest rogue planet to Earth?

WISE-0855-0714 is the closest rogue planet to Earth.

5. What is the safest planet after Earth?

Mars is the second-safest planet after Earth. Scientists have found that Mars is the nearest and safest planet to live on, as it has many life possibilities.

6. Have we found any rogue planets?

Yes, astronomers have identified rogue planets—planets not bound to any star system. These planets drift through space without orbiting a star directly. Detection methods include gravitational microlensing and direct imaging.

7. Can we survive on a rogue planet?

Surviving on a rogue planet would be extremely challenging. Without a host star, these planets lack a stable energy source, making it difficult for life as we know it to thrive. The absence of sunlight and harsh conditions would pose significant obstacles for human survival.