• A short movie of real granulation from the University of Freiburg
• A one-hour timelapse view of solar granulation, from the Swedish Institute for Solar Physics
• A solar granulation / convection simulation in 3-D from SolarViews.com
• Convection movies from Potsdam group (Steffen, Schonberner, et al.)
  • Solar surface convection: XY view (intensity)
  • Subsurface convection in a MS star
  • Calibration of mixing length parameter with these models, from a presentation by H.-G. Ludwig et al.
• The Yale group (F. Robinson et al.) have done similar work for the Sun on the MS and as a subgiant. They show other interesting things:
  • Superadiabaticity in upper CZ comparing MLT with hydro
  • MLT with CM and Hydro - comparison of ML with depth
• Bob Stein's simulations show the downdraft nature of surface convection nicely:
  • Flyover of convective cells near surface - cool!
• Our friends to the North (U. Minn) have carried out some enormous calcluations of convection in whole-star models:
  • Vorticity movie of surface convection
  • Penetrative convection: 1 year of computing!
  • A 3 Mo red giant model
  • A more detailed view of a red giant
  • A simulation with rotation - feedback