Top Results for Direct Imaging

Beta Pictoris b is a gas giant exoplanet orbiting the young star Beta Pictoris. It’s notable as one of the first exoplanets directly imaged using adaptive optics technology. This allows scientists to study its formation and composition within a debris disk surrounding the A-type star. The planet is...

HR 8799 c is a gas giant exoplanet discovered orbiting the young A-type star HR 8799. It’s notable as one of the first planets directly imaged around another star and part of a multi-planet system. This planet, approximately twice the size of Jupiter, offers scientists a unique opportunity to study...

HR 8799 b is a young gas giant exoplanet discovered orbiting the star HR 8799, located approximately 129 light-years from Earth. Direct imaging by the Keck and Gemini telescopes in 2008 revealed its existence. This planet is notable for its youth and association with a multi-planet system around an...

HR 8799 e is a gas giant exoplanet discovered orbiting the young star HR 8799. Its significance lies as the innermost planet within a confirmed multi-planet system – the first such system directly imaged. This inner giant, located approximately 129 light-years away, offers valuable insights for astr...

HR 8799 d is a gas giant exoplanet located approximately 129 light-years from Earth. It’s notable as one of the first planets directly imaged around an A-type star and part of a multi-planet system discovered through direct imaging techniques. This planet orbits a young, Sun-like star and offers val...

HIP 65426 b is a young gas giant exoplanet observed through direct imaging by the James Webb Space Telescope. Its notable characteristic is its youth and location around a newly forming star. Scientists study this planet to understand planetary formation processes within protoplanetary disks, partic...

2M1207b is a gas giant exoplanet that made astronomical history in 2004 as the first extrasolar planet to be directly imaged. The photograph was captured by the European Southern Observatory's Very Large Telescope in Chile. It orbits a young brown dwarf star known as 2M1207, located roughly 170 ligh...

VHS 1256 b is a young, widely separated planetary-mass object orbiting a nearby binary system composed of two red dwarfs. It is notable for its dynamic, silicate-cloud-filled atmosphere, which was analyzed by the James Webb Space Telescope in 2022. The JWST observations detected water, methane, carb...

Christian Marois is a Canadian astronomer known for developing observational and image-processing methods for detecting exoplanets close to bright stars. He led the team that directly imaged a planetary system around the star HR 8799, initially reporting three planets in 2008 and a fourth in 2010. H...

GJ 504 b is a directly imaged giant planet of ~4 Jupiter masses orbiting a Sun-like star 57 light-years away, discovered with the Subaru Telescope in 2013 and notable for its pink color.

Kappa Andromedae b is a directly imaged substellar companion to Kappa Andromedae, a young, massive star. Announced in 2012, the companion follows a wide orbit and has a mass near the conventional boundary used to distinguish giant planets from brown dwarfs. Its classification depends partly on uncer...

HD 95086 b is a directly imaged gas giant exoplanet orbiting the young star HD 95086 about 300 light-years away, discovered in 2013 with the Very Large Telescope and among the lowest-mass imaged then.

AF Leporis b is a confirmed young gas-giant exoplanet orbiting the nearby F-type star AF Leporis. It was reported in 2023 from a combination of astrometric measurements and direct images obtained with ground-based instruments, rather than from a transit. The planet is several times as massive as Jup...

HR 2562 b is a directly imaged substellar companion to the young F-type star HR 2562. It lies at a projected separation of about 20 astronomical units and has a poorly constrained mass, with published estimates spanning roughly 13 to 30 Jupiter masses. The system contains a debris disk, and the comp...

Jason Wang is an astronomer specializing in observational astronomy, particularly in the direct imaging of exoplanets. Direct imaging involves capturing light from planets orbiting distant stars, which is technically challenging due to the vast difference in brightness between stars and their planet...

Brendan Bowler is an American astronomer affiliated with the University of Texas at Austin. His research focuses on directly imaging faint companions around stars, including exoplanets and brown dwarfs, which requires separating their light from the much brighter light of the host star. His work use...