hypernovas

Beyond ordinary supernovae

Hypernovas are the most energetic stellar explosions known, far exceeding ordinary supernovas in luminosity and power.

They occur when extremely massive stars—typically at least thirty times the sun's mass—collapse at the end of their lives, sometimes producing gamma-ray bursts detectable across the universe.

The hypernova released more energy in seconds than the sun will in its entire lifetime.

stellar

neutron star

Ultradense stellar remnant

magnetar · pulsar · iron core · fallback · remnant · progenitor · red giant · blue giant

explosive

detonation

Explosive ignition event

annihilation · obliteration · cataclysmic · violent · catastrophic · energetic · thermonuclear · explosion · outburst · ejecta

physics

nucleosynthesis

Atomic core formation process

relativity · jet · shock wave · starquake · relativistic · energy release

cosmic

universe

Complete system or domain

  • galaxiesGravitationally bound stellar assemblies
  • nebulaeInterstellar gas clouds
  • quasarsExtremely luminous galactic centers

cosmology · dark matter · dark energy · redshift · interstellar · intergalactic · cosmic rays · deep space · observable universe · extragalactic

luminosity

brightness

Degree of light emitted

blaze · flare · incandescence · dazzle · outshine · afterglow

Opposites
stellar energy output/explosive magnitude

hypernovasbrown dwarfs

Substellar bodies, insufficient mass

stellar lifecycle endpoints

hypernovasslow fade

Imperceptible decrease over time

Family

hypernova

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