Examples of 'supernova explosions' in a sentence
Meaning of "supernova explosions"
supernova explosions: This phrase refers to the violent and highly energetic explosions that occur at the end of the life cycle of massive stars. Supernova explosions release a tremendous amount of energy, radiating light and emitting various elements into space. These celestial events play a crucial role in the process of stellar evolution and contribute to the creation of heavy elements in the universe
How to use "supernova explosions" in a sentence
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supernova explosions
They believed such events were supernova explosions.
For supernova explosions in other galaxies.
Magnesium from the supernova explosions.
Supernova explosions are very extreme.
Stellar winds and supernova explosions.
Supernova nucleosynthesis is the nucleosynthesis of chemical elements in supernova explosions.
So these giant supernova explosions of extremely massive stars.
Their source is likely to be supernova explosions.
These supernova explosions signal the demise of very massive stars.
Classical novas are considered to be miniature versions of supernova explosions.
Supernova explosions blew these heavy elements back into space.
Understanding the diversity of supernova explosions.
Supernova explosions occur at the ends of the lives of massive stars.
Uranium was formed in supernova explosions.
Both supernova explosions and pulsars are potential sources of gravitational waves.
See also
This isotope is produced in quantity in nature only in supernova explosions.
So these giant supernova explosions of extremely massive stars make black holes.
New spiral galaxy photo shows fading supernova explosions.
Trying to understand how supernova explosions occur is an ongoing battle for astronomers.
These metals were spread around the galaxies by supernova explosions.
Various civilizations recorded these supernova explosions long before the telescope was invented.
And at first it was thought that these were also done in supernova explosions.
Astronomers see this phenomenon in supernova explosions where the star is obliterated.
Observations suggest that cosmic rays are not produced by supernova explosions.
Possible explanations include supernova explosions or strong stellar winds from these stars.
The technique is similar to that using the supernova explosions.
Perhaps we even think that maybe supernova explosions trigger formations of planets and stars.
This may cause spectacular bursts of gamma rays or supernova explosions.
Most powerful supernova explosions discovered by Japanese astronomers.
That star formation may be a very important part of these supernova explosions.
Such type II supernova explosions play a special role in the chemical enrichment of the universe.
Preon stars could originate from supernova explosions or the big bang.
It also allows a detailed investigation of the stellar physics leading to supernova explosions.
Supernova explosions are so bright, we can see them across the entire universe.
It can also come with the rapid captures of neutrons in supernova explosions.
All supernova explosions are violent affairs, but this onetakes the cake.
They are thought to be born in the collapse of normal stars in supernova explosions.
In the same way, stars that end in supernova explosions support this process.
Cosmic rays are generated by stars and certain celestial events such as supernova explosions.
Again, remembering the scenario where supernova explosions can expell gas from galaxies.
These are new stars forming from the elements blown out by supernova explosions.
Furthermore, the expanding shock waves from supernova explosions can trigger the formation of new stars.
The other two were those that had been brought to high speeds in supernova explosions.
However, the supernova explosions also blew most of the star-forming gas out of the galaxy.
Most of the elements that make people and planets were produced in supernova explosions.
Supernova explosions can crush ordinary stars into neutron stars, composed of exotic, extremely dense matter.
Stardeath spreads all those elements to space through planetary nebulae or supernova explosions.
Type 1a supernova explosions are used by Astronomers as a standard candle for measuring distances in Astronomy.
These elements are produced in stars and dispersed into the interstellar medium by supernova explosions.
Within the Milky Way galaxy, supernova explosions occur on average once every 40 years.
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