@AdamF_Astro @CEAParisSaclay @RoCS_UiO The expectation was that when one increases the sizes of these simulations box in a star one would automatically get supergranules, but it turned out to be false. But global sims also have too much power at large scal
RT @jaztrophysicist: @upsinspace @IRAP_France SDO permet également, de manière indirecte, de caractériser les champs de vitesse turbulents…
The Sun’s supergranulation https://t.co/01onl2jpc3 via @SpringerPhysics #SolarPhysics https://t.co/IbHizLVhbJ
RT @livrev_lrsp: Update 2018: François Rincon & Michel Rieutord, The Sun’s supergranulation, Living Rev Sol Phys (2018) 15:6 https://t.co/a…
DOI will be activated soon. Meanwhile use this link: https://t.co/xjVkOEItz9
Update 2018: François Rincon & Michel Rieutord, The Sun’s supergranulation, Living Rev Sol Phys (2018) 15:6 https://t.co/aW8valxV3a #openaccess #review #solarphysics https://t.co/9vDIvR9KFg https://t.co/f64CpTwDEE
@TamithaSkov did you see this?
RT @Solar_EPS: The Sun’s supergranulation. New Living Reviews @livrev_lrsp in #SolarPhysics paper by François Rincon and Michel Rieutord. T…
RT @Solar_EPS: The Sun’s supergranulation. New Living Reviews @livrev_lrsp in #SolarPhysics paper by François Rincon and Michel Rieutord. T…
The Sun’s supergranulation. New Living Reviews @livrev_lrsp in #SolarPhysics paper by François Rincon and Michel Rieutord. This great image is obtained by Doppler imaging with MDI/SOHO https://t.co/6wSQwTIwto https://t.co/Gosc3nj6qo