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Do gravitational waves exhibit wave-particle duality?
(bigthink.com)
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this post was submitted on 10 Nov 2023
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My understanding is that "gravitational waves" are mechanical waves, like water, not "quantum waves" like light.
This article seems to confuse what wave particle duality means:
When it comes to duality it's the particles that exhibit wave-like properties individually.
Wave/Particle duality of quantum objects (quanta) is a bit like bicycle/car duality when looking at motorcycles. Light isn't a wave or a particle, but it has properties of both. Motorcycles aren't pedal-powered bikes or cars, but have properties of both.
There are no particles, just quanta.
Right - that's what I'm saying. But this article seems to think that if you make a bicycle out of cars then you have a motorcycle.. Unless I'm not understanding it.
AFAIK gravity waves are ripples in actual space (mechanical waves) - not a property of "gravitons".
Gravity waves are completely different from gravitational waves.
https://coco1453.wordpress.com/home/gravity-related-terms/
Gravitational waves are not 'mechanical waves'. It is thought that gravitational radiation is a lot like electromagnetic radiation. Therefore gravitational waves might work like light waves, and have a particle like light does.
Ah! Thanks! I wasn't aware there was a difference!
Common mistake