ملف:Massive Star Supernovae Explosions.jpg

English: Three Dimensional Radiation Hydrodynamics Calculations of Massive Star Supernovae Explosions The DJEHUTY stellar evolution code was used to calcuate the explosion of SN 1987A model in three dimensions, including the production and distribution of radioactive Ni-56, which powers most of the light emanating after the first few days. 2x10⁵¹ ergs of energy were placed within the innermost 150 km of the model to initiate the explosion. The initial density field was perturbed 10% to allow instabilities to grow, which is mandated by observations. Self-gravity was run in the spherical approximation but was centered on a self-consistently calculated center of mass. The simulation encompassed the whole star, contained 11 million cells, and was run on 512 processors of LLNL's Frost supercomputer for 36 hours. The resulting dataset was approximately 2 terabytes.