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Your intuition is correct: gravity does not affect radioactive decay rates. As seen from a remote location, being "downhill" in a field does slow all rates, including radioactive decay rates.11-Mar-2014
Does radiation obey gravity?
Gravity does not work against photons, does not work against radiation which passes from a lower to a higher gravitational potential. During their travel there is not any force which can act on photons, the photon becomes massive only after the collapse of the wavefunction.
Do gravity interact with electromagnetic waves?
If you follow Einstein's theory of general relativity then gravity has no direct effect on electromagnetic waves itself. Gravity however affects space time itself warping it towards the gravity source.
Is gravity an electromagnetic radiation?
Gravity is definitely not part of the electromagnetic spectrum. Properties of the gravitational force are very different to the electromagnetic force, (apart from the 1/r^2 law).
Does gravity affect electromagnetic force?
Gravity does not respond to electromagnetic forces, only to the presence of energy and momentum. Originally Answered: Does electromagnetism effect gravity?
Do black holes release radiation?
In fact, it captures everything that falls onto it. So how do you observe something that does not radiate? It is true that a black hole itself does not emit light.
Do gravitational waves weaken?
[+] But while gravitational forces fall off as the distance squared, the gravitational wave signal only falls off proportionally to the distance. One of the things we often just accept about the world is that physical effects get weaker the farther away we get from them.
Does gravity affect frequency?
1) Gravity does indeed affect light. All light in the presence of a gravitational source either "bends" or shifts its frequency, but unless the gravitational field is extremely strong it's difficult or impossible to detect with the naked eye.
Is gravity a frequency?
So, our poor theoretical science can say that gravity is a force without frequency, or very very low frequency, caused by the movement of the mass. In case of Earth, our gravity frequency to the universe would be one cycle per year, each orbit around the Sun.
Does gravity have a frequency?
Gravitational waves are expected to have frequencies 10−16 Hz < f < 104 Hz.
