Usage Examples
Filter by Meaning The supernova remnant still emits radiation thousands of years after the explosion.
The explosion of a supernova can create elements heavier than iron.
The novel was a supernova success, winning numerous awards.
Scientists are studying the remnants of the supernova to learn more about its properties.
The supernova was visible from Earth even though it occurred in a distant galaxy.
The shockwave produced by the supernova can trigger the formation of new stars.
The supernova emitted a burst of gamma rays that was detected by satellites in space.
The explosion of the supernova can scatter heavy elements throughout the galaxy.
The supernova was caused by the collapse of the star's core under its own gravity.
The supernova is a rare event that occurs only in certain types of stars.
The supernova can outshine an entire galaxy for a brief period of time.
The remnants of the supernova can create shock waves that heat up interstellar gas, triggering the formation of new stars.
A neutron star supernova is one of the most powerful events in the universe.
The discovery of a neutron star supernova would be a major breakthrough in astrophysics.
The composition of the ejected material from a neutron star supernova is different from a regular supernova.
The theory of neutron star supernova suggests that it produces a black hole or a neutron star.
A neutron star supernova can release an enormous amount of energy in a few seconds.
Researchers are still searching for the evidence of a neutron star supernova.
The detection of gravitational waves from a neutron star merger implies the possibility of a neutron star supernova.
Scientists have been studying the possibility of a neutron star causing a supernova event.
Some scientists believe that a neutron star supernova would release an incredible amount of energy.
Neutron star supernova can be extremely luminous and visible to Earth.
The scientist proposed that a neutron star might explode as a supernova.
Researchers are trying to determine if a neutron star supernova could lead to the formation of a black hole.
The supernova in the binary star system was so bright that it could be seen with the naked eye from Earth.
The detection of a supernova in a binary star system can be used to test the theory of relativity.
A supernova in a binary star system can result in the formation of a black hole.
Some scientists speculate that a supernova in a binary system was responsible for the formation of the solar system.
In a binary star system, two white dwarfs can merge and create a type Ia supernova.
When two white dwarf stars merge, it can trigger a catastrophic explosion that leads to a type Ia supernova.
A type Ia supernova is a powerful explosion that occurs when two white dwarf stars merge together.
A supernova can occur when two white dwarf stars merge together.
A Type II-P supernova is a type of supernova that produces a plateau in its light curve.
A Type II-m supernova is a type of supernova that shows strong interaction with its surrounding medium.
A Type Iax supernova is a type of supernova that is fainter and less energetic than a Type Ia supernova.
The term "supernova" was first used by Swiss astronomer Fritz Zwicky in the 1930s.
Astronomers believe that a supernova could cause a mass extinction on Earth.
A Type Ib supernova is a type of supernova that shows helium lines but no hydrogen lines in its spectrum.
In 1054, a supernova was observed by Chinese, Japanese, and Korean astronomers.
A supernova can release a huge amount of energy.
The explosion of a massive star that has lost its outer layers is known as a supernova.
The brightness of a supernova can sometimes rival that of an entire galaxy.
When a supernova occurs, it can briefly outshine an entire galaxy.
The remnants of a supernova explosion can form new stars and planets.
The shockwave from a supernova can trigger the formation of new stars in nearby gas clouds.
When a star becomes a supernova, it expels its outer layers into space.
The supernova explosion produced a tremendous amount of energy.
A neutron star supernova is one of the most energetic phenomena in the universe.
The supernova produced heavy elements like gold and platinum through nucleosynthesis.
The supernova explosion releases an immense amount of energy, including cosmic rays.
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