An artist’s depiction of a planet, represented by the black circle, orbiting a pair of stars — a so-called binary star system. (Image Credit: NASA/Goddard Space Flight Center) Of the

(a) Remote sensing satellite image of Gongzhuco; (b) Remote sensing satellite image of Nare; (c) Remote sensing satellite image of Tarenben; (d) Remote sensing satellite and field photograph (inset) of

Spectrum grid with varying intrinsic temperature and Kzz profile. The Kzz profile follows the parameterization from N. F. Wogan et al. (2024) for mini-Neptune atmospheres. The grid showcases atmospheric temperature

An international team including Cornell researcher Jake Turner has developed a novel analysis method capable of uncovering previously undetectable stellar and exoplanetary signals hidden within archival radio-astronomical data. Thanks to

Artist’s concept of exoplanet candidate HD 137010 b, dubbed a “cold Earth” because it’s a possible rocky planet slightly larger than Earth, orbiting a Sun-like star about 146 light-years away.

Artistic reconstruction of the Huayuan biota. Credit Image by YANG Dinghua. Around 540 million years ago, Earth’s biosphere underwent a pivotal transformation, shifting from a microbe-dominated world to one teeming

Artist’s impression of the HD 206893 system: a substellar companion orbits the star, and could itself host a massive exomoon. Credit: DR A study led by a researcher from the