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cuallito
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Something I've been thinking about lately. If so, how'd we detect high frequency gravitons? I have Bachelors in physics so you may get a little technical ;)
According to current theories, gravitons do not have a specific frequency like photons do. Gravitons are described as being massless particles that carry the force of gravity, and therefore their behavior is not dependent on frequency.
Gravitons have not yet been directly detected or measured due to their extremely small size and weak interaction with matter. However, scientists are working on experiments to indirectly detect their presence and study their properties.
Gravitons are thought to travel at the speed of light, just like photons. This is based on the theory of general relativity, which states that the speed of light is the maximum speed at which any form of matter or energy can travel.
No, gravitons are not a form of electromagnetic radiation. They are a type of fundamental particle that interacts with matter through the force of gravity.
Gravitons and photons are fundamentally different particles. Gravitons are believed to be responsible for the force of gravity, while photons are responsible for the electromagnetic force. Additionally, gravitons are thought to be massless, while photons have a small amount of mass. They also have different behaviors and properties, such as spin and interaction with matter.