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Latest astronomy news

Stay updated with the latest astronomy news, discoveries about stars and exoplanets, and current research. Explore fresh articles from the world of astronomy.
JWST reveals the spectrum of a giant starspot on the M-dwarf TOI-3884
icon17. 3. 2026
iconStars | Exoplane
Image: JWST reveals the spectrum of a giant starspot on the M-dwarf TOI-3884
TOI-3884 b is a rare super-Neptune planet that transits a fully convective M-dwarf star with a persistent giant polar starspot. Because the planet passes over this spot during every transit, astronomers can directly study the spot’s properties using the James Webb Space Telescope (JWST). Seven transits were observed with JWST, covering a wide range of wavelengths from 0.5 to 5.3 micrometers. Each transit showed a recurring signature as the planet crossed the starspot, but the details varied, ...
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Brown dwarf theory helps explain silicate clouds in giant exoplanet atmospheres
icon16. 3. 2026
iconStars | Exoplane
Image: Brown dwarf theory helps explain silicate clouds in giant exoplanet atmospheres
Silicate clouds are a key feature in the atmospheres of many giant exoplanets, but their formation and composition are still being studied. This research compares the silicate clouds seen in four hot Jupiters observed by JWST with theories developed for brown dwarfs, objects that are between planets and stars in mass and temperature. The study also uses evidence from meteorites to show that giant planets forming in the outer regions of protoplane...
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TOI-672 b is confirmed as a hot super-Neptune, shedding light on the Neptunian desert around red dwarfs
icon16. 3. 2026
iconStars | Exoplanets | TESS | Red dwarf
Image: TOI-672 b is confirmed as a hot super-Neptune, shedding light on the Neptunian desert around red dwarfs
The Neptunian desert is a region where Neptune-sized planets are rare at short orbital periods, likely due to intense starlight stripping away their atmospheres or changes in their orbits. Understanding this desert helps scientists learn how planets evolve, especially around different types of stars. In this study, astronomers confirmed the existence of TOI-672 b, a massive super-Neptune orbiting a red dwarf star, using data from TESS, ground-bas...
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ALMA tomography reveals hidden planets in protoplanetary disks
icon16. 3. 2026
iconStars | Exoplane
Image: ALMA tomography reveals hidden planets in protoplanetary disks
The exoALMA Large Program has uncovered many detailed structures in the dust and gas of protoplanetary disks, where planets are forming around young stars. By using a technique called tomography—studying how molecular lines change at different locations and velocities—astronomers can now detect the presence of planets hidden within these disks. The study shows that even with a few hours of ALMA telescope time, it is possible to spot the signat...
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JWST observations and new models reveal how silicate clouds form in exoplanet atmospheres
icon16. 3. 2026
iconStars | Exoplanets | James Webb Space Telescope | Planetary atmosphere
Image: JWST observations and new models reveal how silicate clouds form in exoplanet atmospheres
The James Webb Space Telescope (JWST) has detected silicate clouds in the atmospheres of several exoplanets, providing new insights into how clouds form in extreme environments. While simple models can fit these observations, they do not always match the results from more detailed microphysical models. To address this, researchers developed Nimbus, a fast model that simulates cloud formation based on physical processes, and used it alongside Virg...
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Ortho-para chemistry of formaldehyde reveals new clues in TW Hya’s protoplanetary disk
icon16. 3. 2026
iconStars | Exoplane
Image: Ortho-para chemistry of formaldehyde reveals new clues in TW Hya’s protoplanetary disk
The protoplanetary disk around TW Hya is a key site for studying how planets form and what materials they inherit. Understanding the distribution of chemical elements and molecules in such disks helps scientists learn about the building blocks of planets, especially those that could be habitable. One important molecule is formaldehyde (H2CO), which exists in two forms: ortho and para, depending on the spins of its hydrogen atoms. Recent ALMA o...
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Combining radial velocity and astrometry reveals new cold giant planets around 5 stars
icon13. 3. 2026
iconStars | Exoplane
Image: Combining radial velocity and astrometry reveals new cold giant planets around 5 stars
Long-period giant planets, or cold Jupiters, play a key role in shaping planetary systems, but they are difficult to detect because they orbit far from their stars. Traditional methods like radial velocity and transit surveys have limited sensitivity at these distances. By combining long-term radial velocity data with precise astrometry from the Hipparcos and Gaia missions, astronomers can now better detect and measure these distant worlds. In...
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JWST data reveal silicate clouds and high metallicity in WASP-107 b’s atmosphere
icon13. 3. 2026
iconStars | Exoplanets | Planetary atmospheres | James Webb Space Telescope
Image: JWST data reveal silicate clouds and high metallicity in WASP-107 b’s atmosphere
WASP-107 b is a warm gas giant planet that has been studied in detail using the James Webb Space Telescope (JWST). Its atmosphere shows a unique feature at 8–10 micrometers, thought to be caused by silicate clouds. Scientists aimed to explain the planet’s full spectrum, from near-infrared to mid-infrared, using a physically realistic model of cloud formation and temperature. The research team used a model that links how clouds form with how he...
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Transit timing variations in HD 332231 b hint at a hidden planetary companion
icon12. 3. 2026
iconStars | Exoplane
Image: Transit timing variations in HD 332231 b hint at a hidden planetary companion
HD 332231 b is a warm sub-Saturn exoplanet that orbits close to its host star. Astronomers studied the timing of its transits—when the planet passes in front of the star—and found that these events do not occur at perfectly regular intervals. Instead, the transit times show a repeating pattern, known as transit timing variations (TTVs), which can reveal the presence of other planets in the system. Using precise data from the TESS mission and g...
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Earth-sized planet found orbiting a nearby red dwarf LP 466-156 (TOI-4616)
icon12. 3. 2026
iconStars | Exoplanets | TESS | Red dwarf
Image: Earth-sized planet found orbiting a nearby red dwarf LP 466-156 (TOI-4616)
TOI-4616 b is an Earth-sized exoplanet that orbits a nearby red dwarf star, just 28 parsecs from Earth. Red dwarfs are small, cool stars, and their low brightness makes it easier to spot planets passing in front of them. This planet was discovered and confirmed using data from NASA’s TESS mission, along with ground-based telescopes and detailed follow-up observations. The host star, classified as an M4 dwarf, is about 19% the size and mass of ...
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Recently discovered exoplanets

EK Chamaeleontis b 10 / 2026 2702.2 M⊕ 321.3 ly
HD 715 b 10 / 2026 201.9 M⊕ 542.8 ly
DENIS J1253-5709 b 10 / 2026 244.8 M⊕ 54.4 ly
TOI-6417 b 09 / 2026 349.7 M⊕ 1903.9 ly
TOI-6443 b 09 / 2026 1605.4 M⊕ 2051.6 ly
TOI-7219 b 09 / 2026 661 M⊕ 1074.2 ly
TOI-4079 B b 09 / 2026 1646.8 M⊕ 1185.6 ly
HD 45652 b 09 / 2026 1557.7 M⊕ 113.9 ly
LSPM J0804+1116 b 09 / 2026 6.4 M⊕ 82.6 ly
HR 8799 f 09 / 2026 524.5 M⊕ 133.3 ly
61 Cygni A b 09 / 2026 2543.3 M⊕ 11.4 ly
TOI-5646 b 08 / 2026 45.9 M⊕ 1352.3 ly
TOI-4468 c 08 / 2026 11.1 M⊕ 1233.1 ly
TOI-4468 b 08 / 2026 170.1 M⊕ 1233.1 ly
TOI-4468 d 08 / 2026 311 M⊕ 1233.1 ly
Newly discovered exoplanets
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