graviton
- noun
- /ˈɡrævɪˌtɒn/
- Specialized
- In particle physics, a graviton is proposed to mediate the force of gravity in the quantum field.
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Watch on YouTubeThese massive gravitons can make up dark matter.
- These massive gravitons can make up dark matter.
- There's photons, there's gravitons, there are Higgs bosons, there are gluons.
- So gravitons are the particle aspect of gravitational waves.
- This is why there were lots of other predictions for the LHC, like gravitons and extra dimensions and black holes.
- So when you say the graviton is it, would it be like the other particles force carriers or some ways yes, but in other ways, no.
- What can you explain these soft gravitons and photons?
- According to Einstein theory of general activity, the graviton is a mass less particle like the photon.
Examples
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But if most of the gravitons are floating around in the bulk, then there are not many of them in the membrane that is our universe.
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According to Einstein theory of general activity, the graviton is a mass less particle like the photon.
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No one knows whether a graviton has mass.
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These massive gravitons can make up dark matter.
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It's only about 24 months ago that the speed of gravitons was determined.
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Gravitons have not been known as long as genes; no one has ever seen one.
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So gravitons are the particle aspect of gravitational waves.
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Graviton buildup could be a precursor to mass expansion.
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That ripple moves at the speed of light, and the quantum analog to that ripple is a graviton moving at the speed of light.
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When they form, little loops create particles, create gravitons, create photons, and so forth.
Surface Forms
Morphology
Etymology
The word graviton comes from gravity, which traces back to Latin gravis meaning 'heavy', plus the particle ending -on, as in electron and proton. So a graviton is named as the imagined tiny particle that 'carries' the force of gravity.