![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjqcnlv0qvTjJiji4GHncUZYzcSNpFEVUAY030jAgI4BMCEIZlrHDeR0ERPgZulGlbb67dwOKYoA8n3ci8Xhk9XK18k9zD2epKrc_H1Cwu6MI5Suxud_DmNHael0Y56HKd5Ad1sPIGleQK0/s400/scan0006.jpg)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg-dYBCiF72wa5n8aA3y4RHc3T6oplsDtoRTf6msO7IF0L7ozueNyuKFB_bAcb9bi1cCKS7OB1FFLr3fD_4fMVkT6vsnAFp_-bFiAHcfEFS9bqhKsOpfpeRFV1Uk9x8YxzdUzExAwvB8DuH/s400/scan0007.jpg)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhOSFudK99tZxdpA6MY4OrVDTm5z7wyWVWn4Hf3l-dfgL0gU-2tysPEmGUP_hEqu-Um15EUYk4YHwCy4NxJ0IGNkW6JInDQNAhums2GSUIwXMvyglQ0huqlu15qi6k37yLvU7AmQHQkYBHY/s400/scan0002.jpg)
Computer simulation of an exploding super nova from Sandia National Laboratories from the September 2010 issue of Discover. Note the image of Di Vinci's ideal face and the image of the Shroud of Turin both fit over this simulaton of energy from the exploding star.