Top Tweets for #ProtoPlanetaryDisks
Really interesting talk about @NASAWebb spectroscopic studies of #ProtoplanetaryDisks: every primordial disk around young stars hosts a big diversity of chemical species, and no disk is identical to another!
#Origins #Astrobiology
A team of astronomers has obtained high-resolution images of all known protoplanetary disks in the Lupus star-forming region.
https://t.co/VwTIOLjke7
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#astronomy #exoplanets #cosmology #protoplanetarydisks #planetformation
NASA telescopes discover brown dwarf #protoplanetaryDisks in the #Orion Nebula @penn_state @AAS_Publishing @arxiv https://t.co/GueazHiliO
Made it to #ExSSV in #NewZealand to promote works from myself and collaborators! Stop by poster 622.02 to witness the rebirth of #PlanetFormation. #Astronomy #Astrophysics #ProtoplanetaryDisks
What's that structure? Find out in the new STRUCTURES Blog post by @carophant :
https://t.co/1bqBcyKWzF
#STRUCTURES #protoplanetarydisks #physics
Read about Professor Sergei Nayakshin, Dr James Owen, and Dr @VardanElbakyan's research on the flaring of young #stars caused by falling #planets.
#ProtoplanetaryDisks
Flaring star could be down to a young planet’s disc inferno.
👉 https://t.co/ApC94jknsT
#CitizensOfChange | @STFC_Matters @RoyalAstroSoc
Chapter 16 of #PPVII: The Role of #DiskWinds in the Evolution and Dispersal of #ProtoplanetaryDisks by Sylvie Cabrit #PPDs #MHDwinds #PhotoevaporativeWinds #ProtostarsAndPlanets.
Chapter 15 of #PPVII: Demographics of #YoungStars and Their #ProtoplanetaryDisks: Lessons Learned on #DiskEvolution and Its Connection to #PlanetFormation by Megan Ansdell and Giovanni P. Rosotti #PPDs #ProtostarsAndPlanets #astrotwitter
Chapter 14 of #PPVII Setting the Stage for #PlanetFormation: Measurements and Implications of the Fundamental #DiskProperties by Ilse Cleeves.
How to put our #SolarSystem into context #PPDs #ProtoplanetaryDisks #ProtostarsAndPlanets #PlanetFormationEfficiency
Welcome to the fourth day of #PPVII. We start the morning session with the review of Chapter 13: Hydro-, Magnetohydro-, and Dust-Gas Dynamics of #ProtoplanetaryDisks by Mario Flock #hydro #MHD #Dust #Gas #PPDs #niMHD #MRI #MHDinstabilities #ProtostarsAndPlanets
We are pleased to announce that the #PPVII conference will be held next week in #Kyoto. #ProtostarsAndPlanets #Astrophysics #MolecularClouds #Gaia #StarFormation #ISM #MagneticFields #PlanetFormation #Astrochemistry #ProtoplanetaryDisks #MHD #Stars #Disks #ALMA #Exoplanets and +
A model-independent method to weigh #protoplanetarydisks @AAS_Office https://t.co/RvNOGl7LE6 https://t.co/oFarCAtXAD
#Space: astronomers solve the case of #MissingCarbonMonoxide in #ProtoplanetaryDisks: it was hiding in the #ice! Small-scale ice formation physics influences disk formation and evolution
👁 ► https://t.co/FP8YS936Y9 ◄ via @CenterForAstro
Astronomers solve the case of missing #carbonmonoxide in #protoplanetarydisks @NatureAstronomy https://t.co/kmK12Qw22J
#TWASArticles - Laura Pérez, winner of the TWAS-CAS Young Scientist Award for Frontier Science, is a Chilean astronomer whose research with @almaobs led to revelations about how planets form around distant stars in #ProtoplanetaryDisks https://t.co/BFKsuAul6V #Chile🇨🇱 #UNESCO
A press release on our most recent results! #Astronomy #IonizedNebulae #OrionNebula #ProtoplanetaryDisks
Research led by #IACastrophysics has found possible evidence for planetary formation in the Orion Nebula. The study has used three of the world's leading optical telescopes: #VLT, @GTCtelescope and @HUBBLE_space.
ℹ️ https://t.co/K8Owet191F
🎬 Credit: G. Pérez (IAC)
Are you ready to see #ProtoplanetaryDisks in #M42 with #JWST as never before? Mark your calendar #July12th 🗓 Star forming connection🤙
Get ready to see the Orion Nebula as never before with #Webb. And check out to the secrets it will reveal 👇 as part of the Radiative Feedback from Massive Stars as Traced by Multiband Imaging and Spectroscopic Mosaics programme
Seeing through the fog: Pinpointing #youngstars and their #protoplanetarydisks @AAS_Publishing https://t.co/siQl0we1Xi
#ProtoplanetaryDisks can be thin and then they might allow accretion to become faster than we previously thought! 👇
Look at this BEAUTIFUL edge-on protoplanetary disc!
This pebble disc is basically flatter than a pancake (for real, see below) and this has pretty big implications for planet formation (for real, see below)!
Villenave et al (including me, @nomadastro )
https://t.co/WAiIp0i9YK
#Space: #ProtoplanetaryDisks throw out more material than gets turned into #planets — #CosmicWashingMachine
👁 https://t.co/YPuElZUu5G via @UniverseToday
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