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Researchers Detect Super-Earth Kepler-725c in Habitable Zone

Discovered through Transit Timing Variation, the planet could be a water-rich world offering fresh prospects for habitable exoplanet research

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Overview

  • Kepler-725c orbits its sun-like G-type star in 207.5 days on an elliptical path with an eccentricity of 0.44
  • Situated about 2,500 light-years from Earth, the planet has roughly ten times our planet’s mass and lies within its star’s habitable zone
  • Kepler-725c receives about 1.4 times the radiation Earth gets from the Sun, placing it in conditions where liquid water may persist
  • Astronomers used the TTV method to track timing shifts in Kepler-725b’s transits, marking the first super-Earth discovery via this technique
  • Ongoing analysis aims to determine if the planet is a rocky world, a mini-Neptune with a thick atmosphere, or a ‘hycean’ ocean-bearing planet