/24 A druhý zásadní poznatek je, že dráhové rezonance bude potřeba vzít v potaz při modelování soustav měsíců i exoplanet všude, kde jsou víc než 2 tělesa. #konec https://t.co/Ywaq9xKleF
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/UYw0dVHaq4
Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/ya1VzO8mWl
RT @qraal: [2006.06854] Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/H2w6Rq8iCF
RT @qraal: [2006.06854] Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/H2w6Rq8iCF
[2006.06854] Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/H2w6Rq8iCF
[2006.06854] Valéry Lainey, Luis Gomez Casajus, Jim Fuller et al.: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/QoEACuMjRM https://t.co/Db5tPuwjeC #astro_ph_EP
RT @cosmos4u: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan: https://t.co/rl0qQNlWY6 -> https://t.co…
RT @cosmos4u: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan: https://t.co/rl0qQNlWY6 -> https://t.co…
RT @cosmos4u: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan: https://t.co/rl0qQNlWY6 -> https://t.co…
RT @cosmos4u: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan: https://t.co/rl0qQNlWY6 -> https://t.co…
RT @cosmos4u: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan: https://t.co/rl0qQNlWY6 -> https://t.co…
RT @cosmos4u: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan: https://t.co/rl0qQNlWY6 -> https://t.co…
RT @cosmos4u: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan: https://t.co/rl0qQNlWY6 -> https://t.co…
Resonance locking in giant planets indicated by the rapid orbital expansion of Titan: https://t.co/rl0qQNlWY6 -> https://t.co/0TDXwKuL7l -> https://t.co/N8oGy60htX
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @hsss_sa: على بعد حوالي 1.2 مليون كيلومتر من زحل . يتوسع مدار قمر زحل بعيدًا عن زحل بمعدل أسرع 100 مرة مما توقعه العلماء سابقًا . نش…
RT @quantografo: Por lo observado, la luna #Titán está 'migrando' lejos de #Saturno.. 100 veces más rápido de lo previsto previamente y ace…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
La misteriosa luna Titán se aleja de #Saturno 100 veces más rápido de lo que los científicos creían Más grande que Mercurio, es el único satélite del Sistema Solar con atmósfera y posee una gruesa corteza de hielo bajo el cual puede haber un océano .https
RT @hsss_sa: على بعد حوالي 1.2 مليون كيلومتر من زحل . يتوسع مدار قمر زحل بعيدًا عن زحل بمعدل أسرع 100 مرة مما توقعه العلماء سابقًا . نش…
على بعد حوالي 1.2 مليون كيلومتر من زحل . يتوسع مدار قمر زحل بعيدًا عن زحل بمعدل أسرع 100 مرة مما توقعه العلماء سابقًا . نشرت الدراسة بتاريخ 8 يونيو 2020 في مجلة Nature Astronomy. https://t.co/MLNs90P5fv
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @TM_Eubanks: Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/eq3KW0ZvU4
Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/eq3KW0ZvU4
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
RT @CNRS: #Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://…
#Communiqué 🗞️ | L’expansion orbitale de #Titan, la plus grosse lune de Saturne, est 100 fois plus rapide que prévu. ➡️ https://t.co/BGk2Pc1O2z 📙 https://t.co/nhke0a0IoS https://t.co/CBvfgmYQGu
RT @MChaconPTY: Un estudio recien publicado revela una nueva interrogante: la luna Titán se aleja de Saturno mucho más rápido de lo que los…
Un estudio recien publicado revela una nueva interrogante: la luna Titán se aleja de Saturno mucho más rápido de lo que los científicos pensaban. Aproximadamente, 100 veces más rápido de lo esperado a un ritmo de 11 centímetros por año https://t.co/JGnDlmP
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @LucaPlanets: Our lonely paper of today is a planetary one and it involves orbital dynamics and the unexpected evolution of the orbit of…
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @quantografo: Por lo observado, la luna #Titán está 'migrando' lejos de #Saturno.. 100 veces más rápido de lo previsto previamente y ace…
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @LucaPlanets: Our lonely paper of today is a planetary one and it involves orbital dynamics and the unexpected evolution of the orbit of…
Por lo observado, la luna #Titán está 'migrando' lejos de #Saturno.. 100 veces más rápido de lo previsto previamente y acelerando. 🤔 https://t.co/O3jDcu6aUD https://t.co/dV6rdxnqTl
RT @LucaPlanets: Our lonely paper of today is a planetary one and it involves orbital dynamics and the unexpected evolution of the orbit of…
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @LucaPlanets: Our lonely paper of today is a planetary one and it involves orbital dynamics and the unexpected evolution of the orbit of…
Our lonely paper of today is a planetary one and it involves orbital dynamics and the unexpected evolution of the orbit of Titan, which holds clues to the evolution of the whole Kronian system:
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
RT @NatureAstronomy: Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history…
Resonance locking in giant planets indicated by the rapid orbital expansion of Titan https://t.co/ZJLevRVGMC via @NatureAstronomy https://t.co/kote3Wgi8M
Titan's faster-than-expected migration away from Saturn motivates a revision of the formation and evolutionary history of Saturn’s moon system. Lainey et al.: https://t.co/Rs3a4hOKKP https://t.co/mkfcUINvJx