A planet similar to football this is the first time in

What is the "football" planet discovered by Hubble
Researchers analyzed the spectral data of the Hubble telescope and found that elements such as magnesium and iron in the planetary atmosphere are escaping in the form of airflow, which is the first time such a phenomenon has been observed in "hot Jupiter". Usually, heavy elements such as magnesium and iron in such planets will be "locked" in lower clouds. The researchers saidWhat is the football shaped exoplanet discovered by the Hubble Space Telescope
It is a "hot Jupiter", that is, a gas giant planet of the same size as Jupiter, but with extremely high temperature and very close orbit to its orbiting star. However, the planet is too close to the star and is on the edge of being torn apart by tidal forces. This "death hug" has twisted it into a football shapeMembers of the dwarf planet family
So far, the currently known dwarf planets have their own names. Subsequently, all major media in the world reported the news. The simple report only briefly mentioned the naming fact, and the slightly richer report mentioned the strange properties of this dwarf planet, such as the large inclination of its orbit, the very fast rotation speed, the football like shape, andWhy is the planet with the fastest rotation speed in the solar system not spherical
As we said just now, the most common planet in the universe is a spherical planet. Planets of other shapes are very rare, and the shape of pregnancy star is similar to a big goose egg. I believe many people can resemble what shape a goose egg is, with its two sharp ends like a football. The long axis of pishenxing is twice that of the short axisSome people say that the planets in the universe are oval. Why are there no other shapes
That is because in the process of the earth's rotation, due to the centripetal force, the equatorial region will be thrown out, but the poles will not, so the earth is like a football! In short, except for cosmic dust and small meteorites, stars in the universe are similar to spheres, which are the most stable model in all shapesWhat makes almost all planets spherical? Is there any exception
Of course, not all planets are spherical. Another special case is pregnancy God. This planet is a dwarf planet farther away than Neptune. Because of its very fast rotation, its shape is rugby rather than spherical. But compared with the volume of the planetWhat does dwarf planet mean
So far, the currently known dwarf planets have their own names. Subsequently, all major media in the world reported the news. The simple report only briefly mentioned the naming fact, and the slightly richer report mentioned the strange properties of this dwarf planet, such as the large inclination of its orbit, the very fast rotation speed, the football like shape, andIs the universe round
Now, based on Einstein's theory of relativity, some scientists have a new understanding of the shape of the universe. They believe that the universe is likely to be a shape similar to a "potato", and all of them are high and bumpy. Although it can be regarded as a sphere, it is indeed an irregular sphere similar to a "football". HoweverIs the moon round or elliptical
The moon is an ellipse. In the 1970s, human probes launched into space also found that the radius of the moon on the line between the moon and the earth has been lengthened, that is, if the moon is divided into two halves along the equator, the cross section is not a circle, but an ellipse like a football, and the "ball tip" points to the earthWhich planets are there in the solar system? What are their characteristics
Mercury is the planet closest to the sun. Because Mercury is too close to the sun and its surface temperature is very high, it is not easy to approach the spacecraft, and it is not easy to observe on earth, because the observable time is concentrated in a few minutes before the sun comes out in the morning and a few minutes after the sunset. The time is not easy to grasp. Moreover, when the background brightness is still high, you should look for it