A team of international astronomers, headed by the center of Astrophysics from the center of Wcheng Zang, announced the discovery of a planet by Harvard and Smithsonian (CFA), which is doubled from the Earth, and revolves around its stars around his stars. These findings show how the planets differ from our existing solar system. The discovery was first published in Journal Science on 25 April 2025. Scientists obtained this data from the Korea Microlling Telescope Network (KMTNET), also known as the largest microlling survey to date.
This Super Earth, called a planet, is larger than the Earth, but is smaller than Neptune, it is more important because it is a major study where the mass of many planets is measured relative to the stars that they revolve around. According to physsics.org, the team of researchers found new information about the number of planets surrounding Milky Way.
Study by kmtnet
According to the study done using Korean microlling data, in which light from distant objects is amplified through the use of an interferred body, called a planet. This technique is very effective to find planets at distance, between the Earth and the orbit of Saturn.
This study is considered to be large for its own because there are about three times more planets, including planets that are eight times smaller than the previous planets found with the help of microllinging. A professor, Shud Mao, said the current data indicates how cold planets are formed. With the help of KMTNET data, we can know how these planets were created and developed. Kmtnet has three telescopes in South Africa, Chile and Australia.
Understanding exoplanets
Such studies suggest that other systems may have a small, medium and large types of planets in the orbit of the Earth. CFA -led research shows that other solar systems may have more super earth planets in the outer areas. Jennifer Yi says that there is a possibility that outside the Earth’s trajectory, other galaxies may have more planets that are larger than the Earth’s size, which is still smaller than Neptune.
conclusions and implications
Youth Kii Jung, who operates KMTNET, says that in classrooms like Jupiter, other planetary systems cannot be similar to us. Scientists will try to determine how many such planets exist. A study indicates that Neptune-shaped planets in the universe are at least as much super-meaning.
