NASA's James Webb Space Telescope has observed an unusually thick haze on the exoplanet Kepler-51d, obscuring its atmospheric composition. This super-puff planet, part of a rare low-density system around the star Kepler-51, challenges standard models of planetary formation. The findings, led by Penn State researchers, were published on March 16 in the Astronomical Journal.

Imeripotiwa na AI

Astronomers using the James Webb Space Telescope have detected sulfur in the atmospheres of giant exoplanets in the HR 8799 system, suggesting they formed through core accretion similar to Jupiter. This finding challenges previous models, as these planets are five to ten times more massive than Jupiter and orbit much farther from their star. The discovery was led by researchers from the University of California San Diego and published in Nature Astronomy.

Jumatano, 3. Mwezi wa kumi na mbili 2025, 15:46:50

JWST spots Milky Way twin galaxy early in cosmic history

Jumanne, 2. Mwezi wa kumi na mbili 2025, 11:49:23

Indian team discovers Milky Way twin named Alaknanda

Jumatatu, 10. Mwezi wa kumi na moja 2025, 16:45:18

Simulation links star clusters to early supermassive black holes

Jumapili, 2. Mwezi wa kumi na moja 2025, 13:45:59

JWST produces first 3D map of exoplanet atmosphere

Jumatano, 15. Mwezi wa kumi 2025, 00:48:23

JWST identifies candidates for dark matter-powered first stars

Tovuti hii inatumia vidakuzi

Tunatumia vidakuzi kwa uchambuzi ili kuboresha tovuti yetu. Soma sera ya faragha yetu kwa maelezo zaidi.
Kataa