[Article] 2018 > Consequences of planetary migration on the minor bodies of the early solar system https://t.co/aZgcfZhcOz via Astronomy & Astrophysics (en anglais) #LaMethSci
Consequences of planetary migration on the minor bodies of the early solar system #AstroLit https://t.co/l03DG9MVwu
RT @astrokiwi: Giant planet migration during the pebble accretion scenario, tested against Jupiter Trojan/Hildas populations: makes Trojans…
RT @PlanetTreky: The consequences of planetary migration on the minor bodies of the early Solar System #AstroLit https://t.co/vleSL7JVWs
RT @astrokiwi: Giant planet migration during the pebble accretion scenario, tested against Jupiter Trojan/Hildas populations: makes Trojans…
RT @PlanetTreky: The consequences of planetary migration on the minor bodies of the early Solar System #AstroLit https://t.co/vleSL7JVWs
RT @PlanetTreky: The consequences of planetary migration on the minor bodies of the early Solar System #AstroLit https://t.co/vleSL7JVWs
The consequences of planetary migration on the minor bodies of the early Solar System #AstroLit https://t.co/vleSL7JVWs
RT @astrokiwi: Giant planet migration during the pebble accretion scenario, tested against Jupiter Trojan/Hildas populations: makes Trojans…
What's the big deal about Jupiter having a migrating history? Another article might explain it better: "The consequences of planetary migration on the minor bodies of the early Solar System" https://t.co/90jSuCEfLo https://t.co/72hy89GTIE
RT @astrokiwi: Giant planet migration during the pebble accretion scenario, tested against Jupiter Trojan/Hildas populations: makes Trojans…
Giant planet migration during the pebble accretion scenario, tested against Jupiter Trojan/Hildas populations: makes Trojans' L4/L5 asymmetry & eccentricity, but population too massive and low-i. May help make Neptune trojans? Pirani et al. A&A htt
Consequences of planetary migration on the minor bodies of the early solar system | Astronomy & Astrophysics (A&A) https://t.co/q4iI7Q9WjQ
The consequences of planetary migration on the minor bodies of the early Solar System https://t.co/5VVZbYkhxp
RT @ProfAbelMendez: Jupiter’s unknown journey revealed https://t.co/bR1tRr5TwH paper https://t.co/qXfjBfJVdP https://t.co/1N2hugsdBf
RT @MChaconPTY: Nueva investigación sugiere que Júpiter no siempre estuvo en el mismo sitio. El planeta gigante se formó cuatro veces más…
At its infancy, Jupiter was no larger than our own planet. Jupiter was formed four times further out in the solar system and then migrated to its current position. Evidence of the migration due to Trojan asteroids orbiting close to Jupiter https://t.co/Q
Nueva investigación sugiere que Júpiter no siempre estuvo en el mismo sitio. El planeta gigante se formó cuatro veces más lejos del Sol que su órbita actual, y migró hacia el interior del Sistema Solar durante un período de 700 000 años https://t.co/RkZZ1
RT @ProfAbelMendez: Jupiter’s unknown journey revealed https://t.co/bR1tRr5TwH paper https://t.co/qXfjBfJVdP https://t.co/1N2hugsdBf
bakin su kagit cok degerli bi calisma. jupiter'in yukarida anlattigim yolculuguna dair ipuclarini, trojan asteroidlerinde* (hilda grubunda ozellikle) bulmuslar. * = jupjup baba'nin lagrange noktalarinda (L4 ve L5) sabit, birlikte gunesi tavaf eden grup. ht
RT @ProfAbelMendez: Jupiter’s unknown journey revealed https://t.co/bR1tRr5TwH paper https://t.co/qXfjBfJVdP https://t.co/1N2hugsdBf
Jupiter’s unknown journey revealed https://t.co/bR1tRr5TwH paper https://t.co/qXfjBfJVdP https://t.co/1N2hugsdBf
@TonyBurnetti How about the moon forming impact, could that have distabilised the orbit of Earth? I was just reading this: https://t.co/nNJwuBQAOB
#Jupiter was formed four times further from the #sun than its current orbit, and migrated inwards in the #solarsystem over a period of 700 000 years. #Researchers found proof of this incredible journey thanks to a group of #asteroids close to Jupiter. htt
We have a tradition that when a paper is accepted, the author brings in cake. Because of her paper on minor bodies in the early solar system (https://t.co/p1xLmgMPBv), it was Simona's turn. As usual, it went pretty quickly... https://t.co/2lUJ29kn47
First 2019 paper from our office: @simona_pirani on how migrating planets influenced some of the smaller bodies in the Solar System
Simona Pirani with her newly accepted paper on the consequences of planetary migration on the minor bodies of the early solar system. You can find the paper on arXiv: https://t.co/ost2dJtLju https://t.co/rtc302BoVE