1. X-ray lines in Tycho Supernova

This image comes from a very deep Chandra observation of the remnant of super Tycho. Low-powered X-ray (red) extend the explosion debris. While X-ray Blue color indicates the explosion wave. Such supernovae have never seen before.

2. A supernova Casseopia

This image presents the composite X-rays from Chandra (red, green, and blue) and optical data from Hubble (gold) from Cassiopeia A, the remnants of giant stars that explode in a supernova.

Inset: A clipping from the interior of neutron stars, which increases the density of the crust (orange) into the nucleus (red) and finally to the region where the “superfluid” there (the red ball in).

3. Proof The existence of Black Hole

Composite picture shows the supernova in the galaxy M100 which may contain black holes youngest known in our cosmic neighborhood. This black hole is born from SN1976C supernova.

4. Being Exploded Star Dust

When researching the sky using a telescope, astronomers at Ohio State University found a huge star that exploded into dust. This incident proves that there is a very bright star outside our galaxy.

5. Sharpnell Supernova in the meteorites

This image combines data taken in X-rays. Nicolas Dhaupas, dai University of Chicago, has analyzed these events and estimate the star is already 4.5 billion years old.

6. New Stars Formed

In this picture looks, the gas particles from stars that have exploded, re-united to form a new star.

7. Lost Star Core

This picture was taken from the Hubble telescope in 2004, and there are strange, that this star does not have a ring-shaped core sehinggan

8. Stomach An explosion of Stars

Astronomy from the University Collorado Team investigated the relationship between star-shaped ring with Supernova 1987A.

9. Releasing Stars Cosmic Bullets

In the picture can be seen there is a cosmic bullet apart from a star that exploded.

10. Star Wreck Teraspu Wind

A new image from NASA’s Chandra X-ray Observatory and Spitzer Space Telescope shows the dust from the remnants of collapsed stars.

Figure 0.3 shows the composite G54.1 from the Chandra X-ray in blue, and data from Spitzer in green (shorter wavelength infrared) and yellow-red (longer wavelength infrared).

Scientists think that the pulsar (the source of white in the middle) is being swept away by the wind which heats the dust supernova remnant.

11. Comparison of Two Explosions

Fig explosion left a huge star and small star explosion right image. Small starbursts more symmetrical, while the explosion of massive stars is not symmetrical (asymmetrical).

12. Stellar Explosion

Figure composite X-ray and optical data show the rest of Supernova.

 

source: kaskus.us

 

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