🖤 Hunting for stellar-mass black holes in the Milky Way! 600+ candidates found with low-metallicity companions. Stay tuned for Gaia's new data release in 2026 to learn more! #BlackHoles #GaiaMission #Astronomy https://t.co/7IOp5dhwUc

Exploring the echoes of the first stars! 🌟 HWO Telescope will unravel mystery of massive stars in metal-poor dwarf galaxies, providing a fresh view on early Universe and paving new paths in astrophysics! #HabitableWorldsObservatory #EarlyUniverse https://t.co/NsyRoHZB7J

Studying the young Sun HIP~67522, scientists find signs of Lyman-alpha absorption within its planetary system! Potentially caused by exoplanet atmosphere loss or stellar factors, these findings may reshape our understanding of solar-type stars https://t.co/8NDs8m8vdh

Boosting the accuracy of stellar evolution models with a new convection modeling method! Using Monte-Carlo simulations and particle-based turbulence to unleash the power of asteroseismic data on low-mass stars. #Astronomy #Convection https://t.co/yMriygCT3k

Unlocking stellar secrets of subgiant binary HIP 72217! We've nailed the stats: ~1.14 solar masses, cozy temps around 6000K, and age 3.548 billion years. A peek into the cosmic dance of binary evolution. #Astronomy #StellarEvolution 🌟💃 https://t.co/OFf5mO5tar

Probing stellar secrets: O-Star Binary research unveils core's interior using apsidal motion. Need for process slowing radial expansion confirmed. Stay tuned for cosmic mysteries! #Astrophysics #StellarEvolution #GENEC https://t.co/B5OJamyjCu

Unraveling the mysteries of space! No sign of giant planets like Calpamos in ζ² Reticuli system. Technosignature is a false alarm, caused by star's magnetic cycle instead 🎆🌌 #Exoplanets #SpaceExploration #Astronomy https://t.co/ykVzsZXEmg

Star birth places mold their futures! The ODYSSEUS survey reveals star properties and patterns can be influenced by conditions of their natal clouds across vast spatial scales. 🌟⛅️🔭#Astronomy #StarFormation #ODYSSEUSSurvey #Exoplanets https://t.co/3BdyRhRb87

Exploring the cosmic recipe! Our new toolkit, ExoComp, reveals intriguing trends in exoplanet atmospheres. Gas giants show higher metallicity and fascinating C/O ratio trends. Are these clues to their history? #ExoplanetScience #Astronomy https://t.co/SU8LqDtIj3

Massive planets in eccentric orbits around Gaia-4 and Gaia-5 turn these systems into cosmic 'wrecking balls'. Chances of finding habitable zones? Slim to none. #Exoplanets #Habitability #Astronomy https://t.co/HUsiMuV45v

Exploring the last decade of #Astrophysics and Self-Organized Criticality! From solar flares to black holes, our universe's phenomena all follow an elegant order. #Astronomy #BlackHoles #SolarFlares #Universe https://t.co/4I0QbIl7Mm

Short-period exoplanets face heat and stellar radiation 🌌, causing atmospheric mass loss. New open-source code 'Wind-AE' models this loss, helping understand exoplanet evolution. High-energy X-rays ⚡ = faster winds; metals 🏭 = less mass loss. https://t.co/glcyiOcFUS

Hycean planets, with monstrous H2O oceans and H2-rich atmospheres, may host wild weather patterns like bistability & oscillations, thanks to convective inhibition effects. Seems space weather report just got interesting! 🌊💫 #ExoplanetClimate https://t.co/y6T0pAeoWh

Streamers – filaments connecting young star-forming disks & interstellar gas – could be key to understanding planet formation. Our 3D models show their shapes depend on environment, hinting at local conditions! #Astronomy #PlanetFormation https://t.co/6S4elea12y

Unlocking the secrets of the universe, one star at a time! Confirming 46 pulsating $δ$ Scuti stars out of 50, with new dominant frequencies discovered for 40. This brings us closer to accurate stellar modeling! #Astronomy #TESS #Asteroseismology https://t.co/3JKAnrj0ho

Meet LEVITAS, a new sensor tech using levitated nanoparticles to measure rarefied cosmic environs 👩‍🔬. Its levitodynamics can sense individual particle impacts all the way from low-Earth orbit to the exosphere! 🌍🔬🌌 #Astronomy #LEVITAS #Nanotech https://t.co/mOH1DpY28c

Love moons? Good news! JWST's observations are ideal for hunting exomoons. While no exomoon found around WISE 0855 yet, we're 91% confident a Titan-mass exomoon could be detected, given enough time. #ExoMoons #JWST 🌙🔭 https://t.co/AAmOlEiDB7

Uncovering climate secrets by shining a light on solar UV rays! This research uses a millennium-long record to decode the sun's changing influence on Earth's atmosphere, climate, and life. #ClimateChange #SolarUV #OzoneDynamics #Astronomy 🌞💫🌍 https://t.co/UQHEL3PfCr

Brace for the next big reveal in #ExoplanetResearch - rings & moons! 🌌 They can produce long-lived rings with depths deeper than Saturn's. Could this explain the mystery of unusually low observed densities in some exoplanets? #Astronomy https://t.co/u36ahPZIj2

Mapping the mystery of ultra-hot Jupiter WASP-18b with #JWST! Found surprises: weaker temperature gradients & two distinct thermal zones. Sheds light on hydrogen's role and nightside clouds! 🔭 #ExoplanetExploration https://t.co/kerGQK6IOl

Exploring the cosmic chemistry! 🌌 New research investigates disc-binary interactions in evolved stars 🌟 It reveals they may mimic the chemical depletion seen in young planet-hosting stars, potentially hinting at second-gen planet formation! 🪐 https://t.co/WNyGCcRdZE