RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research https://t.co/GvPxDsYecZ
RT @machidamegane: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research: https://t.co/qZ2akSGbQu
惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research: https://t.co/qZ2akSGbQu
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research https://t.co/bnfbJ7rbII
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
惑星科学:オウムアムアはどのように形成されたか #Astronomy via https://t.co/u14WxAYdRI https://t.co/Gohn3sui8f
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @dcrastro: Congrats to Yun Zhang, a former visiting student of mine, who has a first-author paper in Nature Astronomy!
葉巻型のオウムアムア、なぜあの形に? 英科学誌に論文 (小川詩織) 【朝日新聞デジタル】 https://t.co/dgyEIba1GU https://t.co/rnMTY2c7SW www. 大切。
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
メモ。 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research: https://t.co/utBIsq25AD
Oumuamua, el primer visitante interestelar descubierto, puede ser un fragmento expulsado de un cuerpo planetario que voló demasiado cerca de su estrella y fue deformado y destrozado por las fuerzas de marea. https://t.co/hNCVbfcLKN
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
惑星科学:オウムアムアはどのように形成されたか #Astronomy via https://t.co/wBQ2RRpkEq https://t.co/qShs4TnKMK
RT @astrokiwi: Interesting study that picks up from ideas Cuk, @sraymond_astro, et al. were discussing when 1I came by. Good to see theoris…
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research: https://t.co/RtaugIPD7u
RT @astrokiwi: Interesting study that picks up from ideas Cuk, @sraymond_astro, et al. were discussing when 1I came by. Good to see theoris…
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureJapan: 惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
「 オウムアムアの前駆天体は、低質量星あるいは白色矮星の周りを軌道運動している、キロメートルサイズの微惑星(惑星の前駆天体)、あるいは近接した岩石質のスーパーアースである可能性がある 」https://t.co/lnFiVF0xi6
惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy https://t.co/5fPMylDZ0a #惑星科学 #オウムアムア
惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research https://t.co/8LY8Ma9oca
惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research: https://t.co/MvID7LbcVi
RT @ProfAbelMendez: New formation theory explains the mysterious interstellar object ‘Oumuamua https://t.co/V4gVaQkh8g study https://t.co/J…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @astrokiwi: Interesting study that picks up from ideas Cuk, @sraymond_astro, et al. were discussing when 1I came by. Good to see theoris…
Planetary science: How ‘Oumuamua was formed | Nature Astronomy https://t.co/MjqCS2WoNZ #Planetaryscience #Oumuamua
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @astrokiwi: Interesting study that picks up from ideas Cuk, @sraymond_astro, et al. were discussing when 1I came by. Good to see theoris…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @astrokiwi: Interesting study that picks up from ideas Cuk, @sraymond_astro, et al. were discussing when 1I came by. Good to see theoris…
Wild ride of a theory. Planet in another star system passed so close to its sun heat & tidal stresses broke it up. Gravitational interactions eject a piece, make it tumble. Heat makes it stretchable. The number of kilometer-sized pieces you'd get mean
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
Interesting study that picks up from ideas Cuk, @sraymond_astro, et al. were discussing when 1I came by. Good to see theorists trying things out (free to read at the readcube link)
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
Tidal fragmentation as the origin of 1I/2017 U1 (‘Oumuamua) https://t.co/YDabz1b6Wn
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
New formation theory explains the mysterious interstellar object ‘Oumuamua https://t.co/V4gVaQkh8g study https://t.co/JjAVdo1YSv https://t.co/2fm7OXScMe
惑星科学:オウムアムアはどのように形成されたか | Nature Astronomy | Nature Research: https://t.co/DSZhNrKj2E
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
Interstellar object ‘Oumuamua believed to be ‘active asteroid’ https://t.co/hwnhcIsT1N
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @dcrastro: Congrats to Yun Zhang, a former visiting student of mine, who has a first-author paper in Nature Astronomy! https://t.co/2eFN…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
@zuluagajorge
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
Congrats to Yun Zhang, a former visiting student of mine, who has a first-author paper in Nature Astronomy!
Tidal fragmentation as the origin of 1I/2017 U1 (‘Oumuamua) https://t.co/ey4QQon2YN via @NatureAstronomy https://t.co/vCxorWcbau
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
Tidal fragmentation as the origin of 1I/2017 U1 (‘Oumuamua) https://t.co/nDkguX6d4G
RT @NatureAstronomy: A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and…
A planetary body --a km-sized planetesimal or a rocky super-Earth-- flew by too close to its star and was deformed and torn apart by tidal forces. One of its fragments was then ejected and became famous as 'Oumuamua. Zhang & Lin: https://t.co/n0BgJRnna