Astronomers Discover Super-Earth in the Habitable Zone: Revolutionary Discovery Will Change the Search for Extraterrestrial Life.

In 1995, the discovery of the first exoplanet orbiting a star similar to our Sun marked a turning point in the quest to understand our place in the universe. Today, the study of exoplanets has become a key direction in modern astronomy — scientists are trying to figure out how planets form and evolve and whether they can support life.

Astronomers have first identified a super-Earth in the habitable zone of a distant sun-like star using a revolutionary observation method. This discovery greatly expands the search for planets that may support life.

This information was published by the SciTechDaily portal.

What We Know About the New Super-Earth

One of the main goals of researchers is to identify Earth-like planets in so-called habitable zones — regions around stars where the existence of liquid water is possible. A planet like this was recently detected by an international team led by astronomers from China.

The researchers discovered the planet Kepler-725c using the transit timing variations (TTV) method. This planet has a mass about 10 times greater than that of Earth and orbits the star Kepler-725, which is similar to the Sun. This is the first discovery of a planet with such characteristics using the TTV method.

Kepler-725c has an orbital period of 207.5 days and is located at a distance of 0.674 astronomical units from the star. The planet receives about 1.4 times more radiation than Earth, and part of its orbit falls within the habitable zone. This makes Kepler-725c a promising candidate for further studies.