Massive stars end their lives with catastrophic explosions known as supernovae. The outcomes of these explosions are the so-called supernova remnants (SNR). This model describes the structure of one of the best studied SNR in our galaxy, Cassiopeia A at the age of 340 years. The red structures in the model mark the stellar desbris rich of iron, blue structures show those rich of silicon/sulfur. The transparent external blue surface shows the blast wave, the transparent orange surface in the remnant interior the reverse shock. Material between the blast wave and the reverse shock is heated up to temperature of 10-100 millions kelvin. The transparent image passing through the center of the remnant is a composite showing optical (Hubble) and X-ray (Chandra) actual observations of the remnant.
Hydro simulation performed with the FLASH code.
Reference: Orlando et al. 2016, ApJ 822, id.22.
Credits: INAF-Osservatorio Astronomico di Palermo.
4 comments
@nebulousflynn excellent, thank you. I will try to use it.
@sorlando I am glad you like it! The configurator was made using the Sketchfab API: sketchfab.com/developers
@nebulousflynn Hi Thomas, this is great! This is exactly what I was desiring in order to improve the inspection of the different components in the remnant interior. Currently I am with my cellphone. Eager to see it on my desktop. Thank you very much! How can I do this?
Hi Salvatore - I thought this would make for a great interactive configurator, check it out: tinyurl.com/Cassiopeia-A-Configurator
Will work best on desktop - let me know what you think
