Supernova: Difference between revisions
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==Known supernovae== | ==Known supernovae== | ||
* Limited specifically to supernovae within the [[Milky Way]] | |||
* [[ | ** [[Ganidra]] - c.8000 BCE | ||
* [[ | ** [[SN 185]] - 185 | ||
* [[ | ** [[SN 386]] - 386 | ||
* [[FGC-758]] | ** [[SN 393]] - 393 | ||
* [[ | ** [[SN 1006]] - 1006 | ||
* [[Minara]] | ** [[SN 1054]] - 1054 | ||
** [[SN 1181]] - 1181 | |||
** [[SN 1572]] - 1572 | |||
** [[SN 1604]] - 1604 | |||
** [[Cassiopeia A]] - c.1680 | |||
** [[SNR G1.9+0.3]] - c.1868 | |||
** [[FGC-758]] - 2168 | |||
** [[Beta Volanis]] - 2230s | |||
** [[Alpha Lupi]] - 2236 | |||
** [[Minara]] - 2268 | |||
** [[Beta Niobe]] - 2269 | |||
** [[Beta Stromgren]] - 2366 | |||
==Known pending supernovae== | ==Known pending supernovae== |
Revision as of 07:54, 6 May 2019
- Massive stellar explosion occurring at the end of a star's natural life cycle due to fusion pressure no longer able to balance against gravitational core collapse
- Results in a stellar remnant in the form of either a neutron star or a black hole
- Resulting explosion produces a wavefront of intense radiation, devastating planetary ecosystems within 25-50 ly
- Often also results in a surrounding micronebula, or even full nebula
Known supernovae
- Limited specifically to supernovae within the Milky Way
- Ganidra - c.8000 BCE
- SN 185 - 185
- SN 386 - 386
- SN 393 - 393
- SN 1006 - 1006
- SN 1054 - 1054
- SN 1181 - 1181
- SN 1572 - 1572
- SN 1604 - 1604
- Cassiopeia A - c.1680
- SNR G1.9+0.3 - c.1868
- FGC-758 - 2168
- Beta Volanis - 2230s
- Alpha Lupi - 2236
- Minara - 2268
- Beta Niobe - 2269
- Beta Stromgren - 2366
Known pending supernovae
- Betelgeuse (c. 1my from present)