Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons

@DarkSapiens @FredYosemite Apologies.. this is paper where 10^19is mentioned - https://t.co/fkf9WaDpFn

RT @AnterosArrows: Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons https://t.co/C5mSmRwaQF

RT @AnterosArrows: This from a 2016 paper: https://t.co/ibfHgN3rje "At least one large inner moon with a mass of about 10^19 kg is require…

Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons https://t.co/C5mSmRwaQF

This from a 2016 paper: https://t.co/ibfHgN3rje "At least one large inner moon with a mass of about 10^19 kg is required to produce two satellites similar in mass to Phobos and Deimos" Thats about 1,000 trillion tonnes! Where did this huge mass go? http

https://t.co/RPAKuzMqy9 Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons #science

Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons https://t.co/Elnl1tq9B5

RT @OrenoReSource: 火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https:/…

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

@elonmusk Deimos, Phobos and transient moons as midnight read suggestion: https://t.co/4RbafwzjK8

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

RT @OrenoReSource: 火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https:/…

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

RT @OrenoSource: 火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/p6lBfLYmlZ フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t…

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/vm3iEkTBbI フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/tFwjHQx0HT

火星に天体衝突…衛星形成の過程を解明　東工大准教授ら：朝日 https://t.co/p6lBfLYmlZ フォボスとダイモスはかつて火星に巨大な天体が衝突し、飛び散った岩石などが集まってできた（Nat Geosci原著）→ https://t.co/rtj0gPXYZI

Esto es guay: las lunas de Marte no fueron asteroides, se formaron como la nuestra, después de un impacto. https://t.co/WskGLBylcU

RT @RTB_HRoss: Mars’ tiny moons may have formed approximately the same way Earth’s Moon did. https://t.co/F4ow8d6IVd

Mars’ tiny moons may have formed approximately the same way Earth’s Moon did. https://t.co/F4ow8d6IVd

NGeo: The birth of Mars’s 2 quirky moons Phobos & Deimos – consequence of giant impact & debris disk evolution https://t.co/u6EOEC3Wcs

Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons : Nature Geoscience https://t.co/lie01yYzJv

Damned nice article. Just too bad I can't read it... https://t.co/9KnZTVpIWh #KnowledgePaywalled

Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons - https://t.co/4PH5Lo9Hz0 https://t.co/87wksVfIC4

Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons : Nature Geoscience https://t.co/Wn2orIBO6R

Genda and his group's research Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons https://t.co/n5Ij4q32PW

Phobos and Deimos, the two horses that pulled his chariot. #Accretion #Phobos #Deimos https://t.co/BuwRmEyusP

#science Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons -… https://t.co/dUp0YB47a4 #geek

RT @EarthSciPlymUni: #Mars satellites may have been created by third moon, scientists say News: https://t.co/idjngg3M6i Paper: https://t.co…

RT @EarthSciPlymUni: #Mars satellites may have been created by third moon, scientists say News: https://t.co/idjngg3M6i Paper: https://t.co…

RT @fcain: Did Phobos & Deimos Originate From A Giant Impactor Smashing Mars? https://t.co/JF9GZNJauM https://t.co/4CINPx2SDJ

RT @fcain: Did Phobos & Deimos Originate From A Giant Impactor Smashing Mars? https://t.co/JF9GZNJauM https://t.co/4CINPx2SDJ

Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons ... https://t.co/XDVeDCMFGy

Accretion of Phobos and Deimos in an extended debris disc stirred by transient moons ... https://t.co/uQnwcyGSnS

MT @fcain: Did Phobos & Deimos Originate From A Giant Impactor Smashing Mars? https://t.co/axkVjkdIqq https://t.co/N1MKfZWCyw #Space

RT @EarthSciPlymUni: #Mars satellites may have been created by third moon, scientists say News: https://t.co/idjngg3M6i Paper: https://t.co…

#Mars satellites may have been created by third moon, scientists say News: https://t.co/idjngg3M6i Paper: https://t.co/huPR4ruyUI

RT @fcain: Did Phobos & Deimos Originate From A Giant Impactor Smashing Mars? https://t.co/JF9GZNJauM https://t.co/4CINPx2SDJ

RT @fcain: Did Phobos & Deimos Originate From A Giant Impactor Smashing Mars? https://t.co/JF9GZNJauM https://t.co/4CINPx2SDJ

Did Phobos & Deimos Originate From A Giant Impactor Smashing Mars? https://t.co/JF9GZNJauM https://t.co/4CINPx2SDJ

Nature: The origin of the many moons of Mars. https://t.co/64CunjlVC7