"swarming with planets and oceans and continents like here on Earth" ?
RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
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RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
RT @Rainmaker1973: A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is…
RT @AstroAndersJ: Our paper on "A pebble accretion model for the formation of the terrestrial planets in the Solar System" came out in Scie…
A new study foundthat water may be present during the very formation of a planet. According to the calculations, this is true for both Earth, Venus and Mars. The Milky Way may be swarming with planets with oceans and continents like here on Earth https://t
RT @RTB_HRoss: Solar System Design: New rocky planet formation model shows the accretion of mm-sized pebbles explains the masses, orbits, a…
Podría estar plagada nuestra galaxia de planetas con agua: https://t.co/NKSYFH6iLS
A pebble accretion model for the formation of the terrestrial planets in the Solar System https://t.co/OyZOb5BpOQ
I want to believe. https://t.co/43VjnbILQC
Spændende spændende!.. Iflg dansk studie, fra GLOBE institute på KBH Uni, tyder det på, at vores Mælkevej kan være fyldt med planeter, med oceaner og kontinenter som her på Jorden!.. #ScienceTwitter #Exoplanets 🪐🌌🔭https://t.co/O2lYFWp22e
RT @AstroAndersJ: Our paper on "A pebble accretion model for the formation of the terrestrial planets in the Solar System" came out in Scie…
Возможно.Мл.путь полон планет с океанами https://t.co/pPgPKuL5it 📄The Milky Way may be swarming with planets with oceans and continents ... https://t.co/fXDLs7nvOz 📄A pebble accretion model for the formation of the terrestrial planets in the Solar System h
RT @ProfAbelMendez: The Milky Way may be swarming with planets with oceans and continents like here on Earth https://t.co/ZL0bN2qPqp study…
RT @ProfAbelMendez: The Milky Way may be swarming with planets with oceans and continents like here on Earth https://t.co/ZL0bN2qPqp study…
RT @ProfAbelMendez: The Milky Way may be swarming with planets with oceans and continents like here on Earth https://t.co/ZL0bN2qPqp study…
The Milky Way may be swarming with planets with oceans and continents like here on Earth https://t.co/ZL0bN2qPqp study https://t.co/N4jrZJaEue https://t.co/5zzHPNZQ6M
RT @OrdoFibonacci: A pebble accretion model for the formation of the terrestrial planets in the Solar System https://t.co/CXGBPFRmVj
A pebble accretion model for the formation of the terrestrial planets in the Solar System https://t.co/CXGBPFRmVj
A pebble accretion model for the formation of the terrestrial planets in the Solar System https://t.co/bvwaeX1Z4d
RT @AstroAndersJ: Our paper on "A pebble accretion model for the formation of the terrestrial planets in the Solar System" came out in Scie…
RT @AstroAndersJ: Our paper on "A pebble accretion model for the formation of the terrestrial planets in the Solar System" came out in Scie…
RT @AstroAndersJ: Our paper on "A pebble accretion model for the formation of the terrestrial planets in the Solar System" came out in Scie…
RT @AstroAndersJ: Our paper on "A pebble accretion model for the formation of the terrestrial planets in the Solar System" came out in Scie…
Our paper on "A pebble accretion model for the formation of the terrestrial planets in the Solar System" came out in Science Advances yesterday! It has been a long process that started more than two years ago at an ISSI workshop in Bern. https://t.co/Eo6F
RT @RTB_HRoss: Solar System Design: New rocky planet formation model shows the accretion of mm-sized pebbles explains the masses, orbits, a…
Solar System Design: New rocky planet formation model shows the accretion of mm-sized pebbles explains the masses, orbits, and compositions of Venus, Theia, Earth, and Mars. https://t.co/vl5q2mXxTN
In our new paper Johansen et al (@AstroAndersJ ), we show how the radial drift of pebbles - with a composition that changes from NC to CC- explains the isotopic composition of the Earth. https://t.co/OnZr0Y7gg4 https://t.co/jrf9Lu1E5L
[2102.08611] Anders Johansen, Thomas Ronnet, Martin Bizzarro et al.: A pebble accretion model for the formation of the terrestrial planets in the Solar System https://t.co/j5MUHA35Xt https://t.co/xW1nyb0aFF #astro_ph_EP
RT @ProfAbelMendez: A pebble accretion model for the formation of the terrestrial planets in the Solar System https://t.co/2OtUQb60Vg https…
RT @ProfAbelMendez: A pebble accretion model for the formation of the terrestrial planets in the Solar System https://t.co/2OtUQb60Vg https…
A pebble accretion model for the formation of the terrestrial planets in the Solar System https://t.co/2OtUQb60Vg https://t.co/OrPBiZi7XM