Everyone has unlimited imagination of the universe. Here I have collected some English reading articles about the universe. Let's enjoy them together!

There may be others in the universe? Earth? The launch of Kepler Orbital Observatory has a simple task-to find other Earths. NASA described it as "looking for habitable planets"

With simple tasks, find something else? Earth? Kepler orbital observatory activated. Nasa described it as. Looking for habitable planets? .

The analysis of its data in the previous 136 days has begun-scientists have combed the scanning results of 1 50,000 stars and the evidence of1235 potential planets.

By scanning 150000 stars, scientists have begun to analyze the comb head data of 136 days, and the results show that there are 1235 possible planets.

This kind of information is attractive in itself, but it also enables scientists to make predictions by statistical analysis.

This kind of news itself is very attractive, but it also requires scientists to use data analysis to guess.

One analysis predicts that one-third of "sun-like" stars-F, G or K stars-will have planets similar to Earth.

One analysis speculates that one-third of sun-like stars, that is, F, G or K stars, will have planets similar to Earth.

Traub said. About one third of FGK stars are predicted to have at least one planet in the habitable zone. ?

Traub said? According to the forecast, about one third of F, G or K stars will have at least one planet similar to Earth and have habitable areas. ?

Traub uses statistical analysis to "predict" the planets that Kepler has not detected and whether they will be in the "habitable zone". Traub's analysis suggests that there may be more potential "earths" revolving around them than previously thought, and this "principle" will be extended to stars that have not been scanned by Kepler.

Traub infers planets that have not been detected by Kepler Orbital Observatory through data analysis, and infers whether there are habitable areas. This analysis shows that there may be greater potential than previously thought? Earth? In orbital motion, this principle will be extended to areas not scanned by Kepler Orbital Observatory.

Some commentators think Traub's "habitable zone" is too broad, which includes planets shrouded in icy carbon dioxide clouds.

Some critics think that traub's? A habitable area? Too general, including planets covered by frozen carbon dioxide clouds.

The Kepler spacecraft worth $600 million was launched in March 2009, and kept staring at a sky containing about150,000 stars in Cygnus.

In March 2009, the Kepler spacecraft costing 600 million dollars was launched, and it has been continuously detecting Cygnus containing150,000 stars.

This high-tech equipment analyzes the light of each star every 30 minutes to observe the signs of brightness decline, which may indicate that a planet is crossing its path.

High-tech equipment analyzes the light of each star every 30 minutes, waiting for signs that they are bathed in light, which means that the planet is passing through its path for a while.

Complex screening software is used to send data to scientists on earth, who screen the results. As Kepler continues to scan, data and analysis, such as traub's paper, will continue to become more accurate.

Complex screening software is used to send data to scientists on earth, who are responsible for calculating the results. As Kepler Orbital Observatory continues to scan, data and analysis (such as Traub files) will continue to become more accurate.

There may be a civilization beyond human beings in a black hole, which is the most destructive force in space and absolutely uninhabitable. A Russian cosmologist put forward the theory that there are conditions for life in supermassive black holes. Viacheslav Dokuchaev even suggested that if there is life in SBH, it will evolve into the most advanced civilization in the galaxy.

Although supermassive black holes are considered to be the most destructive and absolutely uninhabitable, a Russian cosmologist theoretically believes that there are conditions for life in black holes. Viacheslav Dokuchaev even hinted that if there is life in black holes, they have evolved into the most advanced civilization in the galaxy.

Supermassive black holes are so attractive that they absorb everything around them, including light, and anything that passes through the black hole's "event horizon (at the edge of the black hole)" will never appear again.

The supermassive black hole has a very strong gravity, which will suck everything around it. Anything that passes through the horizon of a black hole (that is, the edge of the black hole) will never appear again, including light.

But now, Dokuchaev of the Institute of Nuclear Research of the Russian Academy of Sciences says that the existing evidence combined with new research provides interesting possibilities for some types of black holes.

But now, Dokuchaev of the Russian Academy of Sciences of Moscow Nuclear Research Institute says that the existing evidence combined with the latest research leads to a very interesting possibility of some types of black holes.

In a charged rotating black hole, some regional photons can survive in stable periodic orbits. Dokuchaev specializes in these orbits and their dynamics.

In a charged rotating black hole, photons can survive in some areas and orbit steadily and periodically.

In a paper published in the online journal arXiv of Cornell University, he speculated that if photons have stable orbits, there is no reason why larger objects like planets don't have stable orbits.

Dokuchaev speculated in the paper published in the online journal arXiv of Cornell University that if photons have stable orbits in black holes, it is very unreasonable for large objects such as planets to have no stable orbits in black holes.

The problem is that these stable orbits will only exist when you cross the threshold of the event horizon, where time and space will flow with each other.

The problem is that only after crossing the critical point of the black hole horizon will there be a stable orbit, where space-time will flow into other places.

However, beyond the event horizon is another field called cauchy horizon, where time and space return to a stable state. Dokuchaev pointed out in his paper published in arXiv that life may exist in cauchy horizon, and the types of life that may exist under those conditions-they will be influenced by the great fluctuation of tidal force-will evolve beyond us.

However, on the other side of the black hole horizon is a field called cauchy horizon, where space-time will return to a stable state. In the paper published by arXiv, Dokuchaev thinks that there is the possibility of life in cauchy horizon, and the life that survives under that condition is likely to evolve better than human beings, and they may be dominated by the huge and fluctuating tidal force.

Although this is a creepy idea, Dokuchaev's idea can only stay in theory. Because nothing can escape from a black hole because of its great gravity, we will never know whether this is true or not.

Although this is an exciting idea, Dokuchaev's topic is likely to stay on the theoretical level forever. Because nothing can escape the great gravity of black holes, we will never know whether Dokuchaev's topic is true or not.

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