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Post Closed as "Duplicate" by GiorgioP-DoomsdayClockIsAt-90, stafusa, Jon Custer, user20427, John Rennie
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Qmechanic ♦
Qmechanic ♦
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G. Smith
G. Smith
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Since gravity is several orders of magnitude weaker than the rest of the fundamental forces, the force of gravity acting on a single particle is almost *nonexistant. Since there is still a lot left for us to learn about gravity, is it possible that the force is fundamentally undetectable on a quantum scale? Does the plankPlanck distance even correctly apply to this type of situation?

Since gravity is several orders of magnitude weaker than the rest of the fundamental forces, the force of gravity acting on a single particle is almost *nonexistant. Since there is still a lot left for us to learn about gravity, is it possible that the force is fundamentally undetectable on a quantum scale? Does the plank distance even correctly apply to this type of situation?

Since gravity is several orders of magnitude weaker than the rest of the fundamental forces, the force of gravity acting on a single particle is almost *nonexistant. Since there is still a lot left for us to learn about gravity, is it possible that the force is fundamentally undetectable on a quantum scale? Does the Planck distance even correctly apply to this type of situation?

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snowg
snowg
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Is quantum gravity even detectable?

Since gravity is several orders of magnitude weaker than the rest of the fundamental forces, the force of gravity acting on a single particle is almost *nonexistant. Since there is still a lot left for us to learn about gravity, is it possible that the force is fundamentally undetectable on a quantum scale? Does the plank distance even correctly apply to this type of situation?