supernova |
|
supernova |
blackhole |
As nouns the difference between supernova and blackhole
is that
supernova is a star which explodes, increasing its brightness to typically a billion times that of our sun, though attenuated by the great distance from our sun. Some leave only debris (Type I); others fade to invisibility as neutron stars (Type II) while
blackhole is an alternative spelling of nodot=x|lang=en, especially in the attributive.
As a verb blackhole is
to redirect (network traffic, etc.) nowhere; to discard incoming traffic.
supernova |
magnetocentrifugal |
As a noun supernova
is a star which explodes, increasing its brightness to typically a billion times that of our sun, though attenuated by the great distance from our sun. Some leave only debris (Type I); others fade to invisibility as neutron stars (Type II).
As an adjective magnetocentrifugal is
describing the rotating magnetic flux jets associated with supernovae etc.
supernova |
bosenova |
As nouns the difference between supernova and bosenova
is that
supernova is a star which explodes, increasing its brightness to typically a billion times that of our sun, though attenuated by the great distance from our sun. Some leave only debris (Type I); others fade to invisibility as neutron stars (Type II) while
bosenova is a very small, supernova-like explosion, which can be induced in a Bose-Einstein condensate by suitably changing its magnetic field.
supernova |
neutrinosphere |
As nouns the difference between supernova and neutrinosphere
is that
supernova is supernova while
neutrinosphere is (astronomy) the region of a star or supernova rich in neutrinos.
supernova |
superbubble |
In astronomy terms the difference between supernova and superbubble
is that
supernova is a star which explodes, increasing its brightness to typically a billion times that of our sun, though attenuated by the great distance from our sun. Some leave only debris (Type I); others fade to invisibility as neutron stars (Type II) while
superbubble is a very large region of space, relatively free of matter, created by multiple supernova explosions.
supernova |
presupernova |
In astronomy terms the difference between supernova and presupernova
is that
supernova is a star which explodes, increasing its brightness to typically a billion times that of our sun, though attenuated by the great distance from our sun. Some leave only debris (Type I); others fade to invisibility as neutron stars (Type II) while
presupernova is describing the period, and the events, prior to a star becoming a supernova.
As a noun supernova
is a star which explodes, increasing its brightness to typically a billion times that of our sun, though attenuated by the great distance from our sun. Some leave only debris (Type I); others fade to invisibility as neutron stars (Type II).
As an adjective presupernova is
describing the period, and the events, prior to a star becoming a supernova.
supernova |
deleptonization |
As nouns the difference between supernova and deleptonization
is that
supernova is supernova while
deleptonization is (physics|astronomy) the loss of leptons from a supernova or rotating protoneutron star.
supernova |
lrn |
As nouns the difference between supernova and lrn
is that
supernova is a star which explodes, increasing its brightness to typically a billion times that of our sun, though attenuated by the great distance from our sun. Some leave only debris (Type I); others fade to invisibility as neutron stars (Type II) while
LRN is
Luminous
Red
Nova — an astronomical event, believed to be a type of stellar explosion, intermediate in power between that of a nova and a supernova, which as the explosive debris expands it reddens and cools, opposite of novae and supernovae, in which thinning explosive debris exposes hotter interior layers.
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