Super-Earths, larger planets similar to Earth, are far more common across the universe than scientists previously believed, according to a groundbreaking microlensing study using KMTNet telescopes.

"We found a 'super-Earth'—meaning it's bigger than our home ... "The current data provided a hint of how cold planets form," said Professor Shude Mao of Tsinghua University and Westlake ...

Study suggests Earth-like exoplanets may be common, based on microlensing data revealing super-Earths with distant orbits.

Earth-like exoplanets might be more common throughout the Milky Way than previously believed, astronomers report in a new ...

This challenges earlier ideas that such planets only form and remain close to their host stars. One key discovery was a planet named OGLE-2016-BLG-0007, a super-Earth about twice the size of Earth ...

Astronomers have discovered that super-Earth exoplanets are more common across ... reveal new insights about the processes by which they form and evolve. The study, led by researchers in China ...

This breakthrough helps to reveal the prevalence of super-Earths that exist beyond the inner solar system, offering a new perspective on how planets form and evolve in different environments.

Super-Earths are worlds that are bigger than our ... "The current data provided a hint of how cold planets form," said Professor Shude Mao of Tsinghua University and Westlake University, China.

In this case, microlensing signals were used to locate OGLE-2016-BLG-0007, a super-Earth with a mass ratio ... about the processes by which they form and evolve. The study, led by researchers ...

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