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Core-collapse supernova explosion theory
Nature, 2020Most supernova explosions accompany the death of a massive star. These explosions give birth to neutron stars and black holes, and eject solar masses of heavy elements.
A. Burrows, D. Vartanyan
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Beyond COVID-19 supernova. Is another education coming?
Journal of Professional Capital and Community, 2020PurposeThis article explores social and educational responses to COVID-19 as seen through the lens of the Spanish education, in which professional capital and community is at the epicenter of the fight against the pandemic.Design/methodology/approachThis
Cecilia Azorín
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An extremely energetic supernova from a very massive star in a dense medium
Nature Astronomy, 2020The interaction of a supernova with a circumstellar medium (CSM) can dramatically increase the emitted luminosity by converting kinetic energy to thermal energy.
M. Nicholl +16 more
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Supernovae and supernova remnants [PDF]
, 2001 A supernova explosion is among the most dramatic events that can be seen. The term ‘supernova’ is somewhat misleading, as such an event represents not a new star (that is, a ‘nova’), but instead the end of a star’s life. Nuclear fusion, the energy source of the stars, creates heavier elements from lighter elements.
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Supernovae and Supernova Remnants
1983Supernovae are the result of explosions which terminate the life of massive stars. The amount of energy released by the supernovae in our galaxy is so large that these explosions provide the dominant energy for the heating of the hot (T ≳ 106 K) IS component and for the kinetic energy of the large scale motions of the interstellar clouds.
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SUPERNOVA EXPLOSIONS AND SUPERNOVA NEUTRINOS
Neutrinos in Physics and Astrophysics, 2000We summarize the current status of core-collapse supernova theory, in particular as it relates to multi-dimensional effects and neutrino transport . Highlighted are pulsar kicks , neutrino burst signatures, many-body effects, and observed asphericities that may have a bearing on the mechanism of supernova explosions .
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Scientific American, 2012
The largest stars die in explosions more powerful than anyone thought possible—some triggered in part by the production of antimatter. ; © 2012 Scientific American, a division of Nature America, Inc. Published online: 15 May 2012.
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The largest stars die in explosions more powerful than anyone thought possible—some triggered in part by the production of antimatter. ; © 2012 Scientific American, a division of Nature America, Inc. Published online: 15 May 2012.
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