An exoplanet located around 900 light-years away from us is known for its extreme conditions. It’s so hot that it […] ...

Scientists using JWST have uncovered striking cloud formations and extreme heat contrasts on LTT 9779 b, a rare ultra-hot ...

Most of the exoplanets we've discovered orbit red ... but it also means they are almost certainly tidally locked. Tidal locking occurs when a planet or moon is so close to its companion that ...

The weather for Neptune today is sunny, with a chance of reflective clouds. Learn more about the uniquely blazing atmosphere ...

LTT 9779 b, an ultra-hot Neptune, is defying expectations. With temperatures soaring to nearly 2,000°C and a tidally locked ...

This is what a recent study published Nature Astronomy hopes to address as an international team of researchers investigated the extreme weather patterns on the “ultra-hot Neptune” exoplanet, LTT 9779 ...

The planet is tidally locked (similar to Earth’s Moon), meaning one side constantly faces its star while the other remains in perpetual darkness. Despite these extremes, Coulombe’s team discovered ...

A rare “ultra-hot Neptune” has revealed startling details, from near-2,000°C surface temperatures to unexpected reflective ...

Because it is tidally locked - always showing the same side to its star - one half is permanently in daylight while the other remains in darkness. New JWST observations with NIRISS reveal a ...

Eager to know more about how the exoplanet's oddball weather patterns ... in the lower atmosphere pushes gas from the planet's tidally locked hotter side to its relatively cool (2,200 degrees ...

WASP-121 b is the definition of an "extreme" exoplanet — it's so hot that ... This proximity also means that WASP-121 b is "tidally locked," meaning one side of the world permanently faces ...