What is super earth?

A super-earth is a type of planet that can be found in the solar system. This type of planet is obviously larger than the earth, but it is also lighter as compared to the different ice giants. One example of the ice giant is Neptune. Take note that this is a planet that is made of metal and rock.

As of November 2009, there are already 30 super earth that have been found. It is expected that there are going to be more super earth that will be found in the long run. The earth is expected to still have the ability to sustain life for about 300 million years or less.

Super earth can be defined as an extrasolar planet with a mass that is higher than that of the earth. The term super-earth is used by astronomers to refer to planets bigger than Earth but smaller than mini Neptune.

The first super-earth was founded by two people, Aleksander Wolszczan and Dale Frail, in 1992. The first super-earth was four times bigger than the earth and was too small to be compared to gas giants.

In April 2007, Stephanne Udry and his team based in Switzerland announced the discovery of two new planets which were both on the edge of the habitable zone. The physical characteristics of the super-earth is different from that of the earth because of the large mass.

The super-Earth is an extrasolar planet that is rocky. This planet has more mass than the mass that Earth has. However, when the super-Earth is compared to other ice giants like Uranus and Neptune, the super-Earth comes out to be smaller than them. The reason why the planet is called the super-Earth is because it is comparing the size of the new planet to that of Earth.

Though scientists compare the super-Earth and the real Earth in size, they do not compare them in other factors such as compositions, the ability to live there, and temperature.

Super earth is an extraterrestrial planet with a mass higher than the Earth's but significantly below these of the solar system's ice giants, Uranus, and Neptune, 14.5 17-times earth. The word super-earth refers to the planet's mass, not the population, habitability, orbital properties, atmospheres, or temperatures. Compositions, orbital properties, populations, or the environment's super-earth characterize the planet's size. Super earth can be up to ten times more massive than Earth. It describes a planet larger than Earth but smaller than Neptune, but it is not compared to other planets such as ours. It is merely different. There is not enough adequate information about the worlds to determine at what point they might lose a rocky surface. Out of the range of 3-10 times the Earth's mass, there might be a wide array of planetary items, including water worlds and snowball planets like Neptune.

A super-Earth refers to an extrasolar rocky planet that has more mass than planet Earth. However, when compared with other Solar System's ice giants such as Neptune and Uranus, the size of a super-Earth is smaller than these two. The term super-Earth is used majorly to compare the size of this newly found planet and the existing one (Earth).

That said, scientists do not usually compare super-Earths and the real planet Earth in terms of conditions such as temperature, orbital properties, compositions, and habitability. This means the term super-Earth is only referring to rocky planets with no atmosphere. The first-ever super-Earths were discovered in 1992 by Dale Frail and Aleksander Wolszczan.

These super-Earths were found to be four times larger than Earth, but they were too small when you compare their masses with some of the Solar System's gas giants. Apart from the first two that were discovered in 1992, more super-Earths have been discovered.