What do you think about the existence of planets that scientists have discovered?

There are countless galaxies in the vast universe, and there are many different planets in these galaxies. For a long time, humans did not have a complete understanding of the outer galaxies, and many people believed that Earth was the loneliest of the many planets. For this reason, scientists on Earth have begun to explore continuously, hoping to find a planet similar to Earth in outer space.

The discovery of planets by scientists is very exciting, because the existence of planets by scientists shows that there are planets similar to Earth in the vast universe. In this way, we humans are no longer lonely in this vast universe. Let me now lay out three reasons why I'm excited about the existence of planets that scientists have discovered.

1. The existence of planets discovered by scientists shows that the earth is not alone in exploring the universe, and human beings have never found a planet similar to the earth. The existence of the planets discovered by scientists this time fills this gap. The similarity between the planet and the Earth is particularly high, both in terms of the mass of the planet and the atmosphere surrounding the outer surface of the planet.

2. The existence of the planet discovered by scientists may be the future of the earth, and the planet discovered by scientists is a planet similar to the earth, but the planet discovered by scientists does orbit a white dwarf. A white dwarf is a form of star that weakens and transforms, and when our star Sun also begins to decay and transform, we will also become a planet revolving around a white dwarf.

3. The existence of planets discovered by scientists may have other planets similar to those discovered by scientists shows that there are planets in the universe that are similar to the earth, and if there is one, there will be the next, and then there will be a planet that breeds life like the earth.

Scientists discovered the existence of planets, marking another step in the study of the universe. In the face of the vast universe, how small our earth is, and the mysteries of the universe are worth exploring.

Very awesome. Modern science is so advanced, since it is still possible to find new planets, these scientists are still good enough.

This is an excellent thing, and planets have a lot of similarities to Earth, and there is an opportunity to further unravel the mysteries surrounding Earth, and new planetary discoveries mean we know a little more about the vast universe.

With the development of social economy and the development of science and technology, we find that our lifestyle has changed a lot in our lives. In this era, we have also made great achievements in the field of aerospace, and we have gradually gone to space to explore and discover the mysteries of the universe. We have relevant news that scientists have found signs of Zheng Chidan on extragalactic planets for the first time, and there is a lot of evidence to prove the signs of existence, because our country has a telescope with the Sky Eye, and through the Sky Eye, we have observed many signs of the existence of extragalactic planets.

Each of us lives in a happy era, however, this era is also an era of rapid development, and we will all have our own way of life, and at the same time, we will also have our own attitude towards life.

In life, perhaps we are all working hard in our own fields, working hard, and striving to reap our own success. Scientists will also work hard to complete their scientific work, which is also their way of life. Scientists have discovered for the first time signs of the existence of extragalactic planets, which is of great significance to the development of our human race, and I hope that they will be able to make more discoveries and bring us more surprises.

Our country has the world's largest telescope, which will play a major role in the cries of our human beings. Scientists in our country, with the help of the Sky Eye telescope, have been observing the state of the Milky Way.

Among many others, scientists have found for the first time signs of the existence of extragalactic planets. Through the ** photographed by the Sky Eye Telescope, you can prove the signs of the existence of these extragalactic planets, and this is the evidence. <>

But at the moment this is just speculation, and we are not sure whether there really are extragalactic planets. We also believe that in the future development of human beings, we will continue to explore the mysteries of the universe and the signs of the existence of extragalactic planets.

It is because scientists have detected the presence of gravitational waves in the planet through microgravitational lensing, and there are many planets in this place, and the number of dead objects can reach 2,000, and there are particularly obvious signs of life, and the volume and density have been determined.

The number of planets, the disappearance of traces in the planets, the trajectory of the free movement of the Xingqing Zen body, the improvement of the level of science and technology, the study of galaxies, and the occurrence of unexpected situations can all prove the signs.

Through the spectral characteristics of the noisy tambu detection, through the Sky Eye telescope can shoot some signs, there are many planets outside the Milky Way, can also be raised to observe the gravitational effect of these planets, but also found some weak gravitational signaling.

And there were at least hundreds of planets at that time, but the size of the brigade was relatively small, and it can be said that except for Jupiter and the sun, other celestial bodies were relatively small. These celestial bodies are all strung together in the solar system, colliding with each other, and entangled, and even the primordial Earth is not yet in the habitable zone.

These planets were later kicked out of the sequence of planets, and there are really many secrets of the universe waiting for us to explore.

The planets were relatively small, so they eventually collapsed to form larger planets through constant devouring and impact.

In the solar system, there is a planet that has been calculated, which one is it?

Neptune was discovered as early as the time of Galileo. But at that time, people thought it was a star; After the discovery of Uranus by William Herschel in 1781, people calculated the future schedule of Uranus based on observational data over a period of time and based on knowledge of celestial mechanics. But over time, by 1830, it was discovered that its actual position did not match the catalog.

German astronomer Bussel pointed out that Uranus's aberration was caused by the perturbation of another unknown planet.

How to calculate the position of an unknown planet using celestial mechanics methods? This is an unprecedented problem. Because there is no fixed set of procedures for calculation, we can only assume some conditions first, and constantly calculate, modify, calculate, and modify again. It's as hard as navigating a labyrinth.

In 1844, Le Verrier of the Paris Observatory in France began to challenge this problem. After painstaking calculations, on August 31, 1846, Le Verrier submitted a ** reporting the position of the unknown planet. In late September, he finally persuaded Galle of the Berlin Observatory to search.

Le Verrier pointed out that the unknown planet must be in the constellation Aquarius on the border of Aquarius and Capricorn, 5 degrees east of the four (δ Capricornis) and 326 degrees of ecliptic longitude on the ecliptic. Within this range for a time, unknown planets can definitely be found. On September 23, the first night of the search, Galle captured the new planet.

The news of the discovery of a new planet spread. However, as soon as the news of its discovery was announced, the British astronomer Airy immediately published the ** of a young college student named Adams. ** Shows that Adams calculated essentially the same result as Leviller.

Since there is no accurate star map, it is not recognized twice. Later, it was accepted in the astronomical community that the planet was calculated by Le Veryer and Adams.

The star was later named after Neptune, the Roman name of Poseidon , which translates to Neptune in Chinese.

However, the first celestial object to be successfully predicted was not Neptune, but Sirius' companion star. In 1834, still Bessel, discovered that Sirius' self-motion in the sky was wavy. He speculated that Sirius had a dark companion star.

This prophecy was confirmed in 1862.

Uranus was discovered by Herschel in 1781 in the constellation Taurus with an astronomical telescope, not on his fingertips.

Pluto, because astronomers calculated that Neptune's trajectory was different from the actual trajectory, so they thought that there was another planet outside Neptune that affected Neptune's trajectory, and finally discovered Pluto.

It's Neptune. When someone studied the operation of Uranus, they found that there was always a gap between the calculated data and the actual data, so they guessed that there was another planet outside Uranus, and then discovered Neptune.

Neptune, at that time, the level of space exploration was not high, and the existence of Neptune could not be observed, and the existence of such a planet was calculated based on its nearby orbit alone, which was later confirmed.