How much more energy do Superluminous Supernovae (SLSNe) release compared to a typical Type Ia or core-collapse supernova?
Answer
Perhaps ten to one hundred times greater energy.
Superluminous Supernovae are defined as events releasing energies estimated to be ten to one hundred times greater than those released by standard Type Ia or core-collapse explosions.
Related Questions
How does the energy released by a standard supernova compare to the Sun's total lifespan emission?What primarily determines the broad categorization of supernova events?Under what conditions can a supernova sometimes surpass the luminosity of its host galaxy?For what cosmological purpose are relatively standard Type Ia supernovae often utilized?Regarding ASASSN-15lh, how bright was it estimated to be compared to the Milky Way galaxy at its peak?How much more energy do Superluminous Supernovae (SLSNe) release compared to a typical Type Ia or core-collapse supernova?If ASASSN-15lh had occurred at the distance of the Moon, what would have been the effect on visibility from Earth?What critical role do supernovae play in enriching the interstellar medium?Why is it astrophysically unlikely for our Sun to undergo a standard core-collapse supernova event?What observation suggests that a standard supernova is occurring millions of light-years away?When comparing the Sun to a supernova using the Sun as a baseline unit of stellar output, what factor is emphasized for the supernova comparison?