3-D Simulations of Exploding Supernovae Image 6
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3-D Simulations of Exploding Supernovae (Image 6)

April 22, 2013
To create this simulation of a huge, dying supernova, scientists used powerful supercomputers to employ a representation in 3-D that allowed various multidimensional instabilities to be expressed. The simulation was created by a Princeton University-led team of researchers who found a way to make computer simulations in 3-D of supernovae exploding, which may lead to new scientific insights. Even though these mammoth explosions have been observed for thousands of years, for the past 50 years, researchers have struggled to mimic the step by step destructive action on computers. The 3-D simulations like this one are based on the idea that the collapsing star itself is not sphere-like, but distinctly asymmetrical and affected by a host of instabilities in the volatile mix surrounding its core. This research was funded in part by a grant from the National Science Foundation (PHY 08-22648). To learn more, see the Princeton news story 3-D computer simulations help envision supernovae explosions. (Date of Image: Summer 2010) [Image 6 of 6 related images. Back to Image 1.] Credit: Adam Burrows and Jason Nordhaus, Department of Astronomical Sciences, Princeton University

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