Latest Articles for Exoplanet Research

Examining the Titius-Bode law across different planetary systems.

Studying the unique atmospheres of hot exoplanets like WASP-96b.

Examining helium absorption and mass loss in exoplanet HAT-P-67 b.

New techniques are enhancing our study of distant exoplanets.

Examining the formation and development of sub-Neptunes and the impact of rainout.

A novel approach aims to simplify the search for Earth-like exoplanets.

Examining how tidal forces and heat shape hot Jupiters.

New insights into planetary systems HD 99492, HD 147379, and HD 190007.

Research on 32 planetary systems reveals new insights into star and planet interactions.

Machine learning methods help detect unusual chemicals in exoplanet atmospheres.

LIFE will transform our studies of exoplanet atmospheres and potential habitability.

Research on solar spectrum helps in finding planets beyond our solar system.

The APF telescope is set for an adaptive optics upgrade to improve exoplanet observations.

This article examines factors influencing planetary cooling and their impact on potential life.

Exploring how stellar wind affects the atmosphere of exoplanet GJ 436 b.

NASA's Nancy Grace Roman Space Telescope aims to enhance our understanding of the universe.

Two mini-Neptunes found in a special arrangement around a K-type star.

Recent observations shed light on the atmospheres of TRAPPIST-1 planets.

Research reveals important findings about hot Jupiters and their atmospheric properties.

Researchers confirm water vapor presence in the atmosphere of GJ 9827 d.

Researchers study planets to determine their potential for life beyond Earth.

This article discusses a new approach to measure planet eccentricity using transit data.

Investigating the atmosphere of TRAPPIST-1e for signs of life.

Recent observations reveal significant activity in star EV Lac during flare events.

Understanding light interactions with gases reveals secrets of distant planets.

New methods improve detection of Earth-like planets amidst stellar noise.

Recent studies of GJ341b reveal challenges in detecting planetary atmospheres.

Research on carbon and oxygen levels in stars reveals insights into planet formation.

Clouds play a vital role in defining habitable zones for rocky planets.

Wolf 327b offers insights into ultra-short-period planets and their unique characteristics.

This study examines how clouds affect temperature and wind on distant gas giants.

LTT 9779 b retains its atmosphere in a harsh environment, offering new insights into exoplanets.

Scientists identify two mini-Neptunes with varying characteristics in a young star system.

Studying magnetic fields helps understand low-mass stars and their effects.

A groundbreaking tool to study young stars and their potential exoplanets.

WASP-12b study reveals insights into its extreme conditions and atmospheric properties.

Exploring how CMEs affect the atmospheres of distant planets.

Hydrogen loss shapes the interiors and atmospheres of super-Earths, revealing their complex evolution.

Researchers study the atmosphere of exoplanet HD 189733 b using advanced techniques.

JWST enhances our knowledge of exoplanet atmospheres through advanced observations.