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Scientists May Have Detected the First Glueball, a Particle Composed Solely of Force Carriers

Researchers have observed signals that could indicate the existence of a glueball, a particle made only of gluons.

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Key Points

4 points

The possible glueball is made entirely of gluons.

Gluons transmit the strong nuclear force inside atoms.

A glueball would represent a novel type of matter.

Scientists need more data to confirm its existence.

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Gluons are the carriers of the strong nuclear force that holds atomic nuclei together.

If confirmed, a glueball would be a new form of matter consisting solely of force carriers.

Further experiments are planned to verify the findings.

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6 words

glueball

a theoretical particle formed only by gluons, without any other matter inside

gluon

a fundamental particle that carries the strong nuclear force between quarks

strong nuclear force

the powerful force that binds protons and neutrons inside an atomic nucleus

particle

a minute piece of matter or energy

matter

substance that makes up physical objects

evidence

observations or data that support a scientific idea

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