'Super earths' diaporamas de présentation

formation of non-resonant, multiple close-in super-Earths

formation of non-resonant, multiple close-in super-Earths (which exist around 40-60% (?) of solar type stars) N-body simulation (Ogihara & Ida 2009, ApJ) disk inner edge -- cavity or not ; stacked or penetrate planet trap due to e-damping?

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448 views • 27 slides

Norio Narita (NAOJ) On behalf of IRD Transit Group

324 views • 24 slides

Earth and super-Earth Atmospheres

345 views • 23 slides

Lecture V: Terrestrial Planets & Summary

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Rheological Structure of the Mantle of Super-Earths : Insights from Mineral Physics

Rheological Structure of the Mantle of Super-Earths : Insights from Mineral Physics. Shun-ichiro Karato Yale University Department of Geology and Geophysics New Haven, CT, USA. Dynamics of a super-Earth. mantle convection, thermal evolution Does plate tectonic operate on super-Earths?

174 views • 17 slides

Origin & Evolution of Planetary Systems: Theories versus Observations

Origin & Evolution of Planetary Systems: Theories versus Observations. D.N.C. Lin University of California, Santa Cruz, KIAA, Peking University, with. S. Ida, J.L. Zhou, K. Kretke, C. Baruteau, K. Schlaufman

265 views • 16 slides

216 views • 10 slides

104 views • 10 slides

Upper Atmosphere Physics

Upper Atmosphere Physics. Main task Upper atmospheres (and magnetospheres) in the context of solar/stellar wind plasma and radiation interaction Main research topics Upper atmosphere response to solar/stellar activity

363 views • 9 slides