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Dook
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Could gravity be a frequency of electromagnetic radiation?
A fellow came up out of the LA backwoods the other day and told us what gravity was.Dook said:Could gravity be a frequency of electromagnetic radiation?
Dook said:Gravity travels at the speed of EMR and follows the inverse square law?
kurious said:If it is EMR then there's something wrong with quantum mechanics which says a graviton should be spin 2 and not spin 1.
Dr. Daniel M. Greenburger said:Still, after 70 years, we have no real clue as to how and when the theory {QM} will break down ( but break down it must--that is the tragedy of the human condition). Nonetheless, despite its uncontrovertible experimental successes, the theory has a very shaky philosophical foundation.
Vern said:Makes you suspect that there's a relationship between gravity and EMR. The Photon Theory solves the problem this way That looks like an off the wall guess but it is the result of about twenty years of brain storming.
It works for me
Takereasy said:Has anyone actually sat right down in the middle of a nuclear explosion, and time-after-time verified the amount of energy produced to within a reasonable certainty? So, what if it wasn't c squared? What if it was two identical (or similar) values multiplied together. Does anyone really know?
The connection between gravity and EMR is that both are fundamental forces of nature that play crucial roles in our understanding of the universe. Gravity is responsible for the attraction between objects with mass, while EMR is a form of energy that travels through space at the speed of light.
Gravity can affect the path of EMR, causing it to bend or distort as it passes through a massive object. This phenomenon, known as gravitational lensing, has been observed by scientists and is an important tool for studying distant objects in space.
While EMR is not known to directly affect gravity, it does play a role in some theories of gravity. For example, in Einstein's theory of general relativity, EMR is one of the factors that can influence the curvature of space-time, and therefore the strength of gravity in a given area.
Yes, the understanding of this connection has led to various technologies such as gravitational wave detectors, which use EMR to detect ripples in space-time caused by massive objects such as black holes. This technology has allowed scientists to study and confirm many predictions made by Einstein's theory of general relativity.
Yes, there is ongoing research in this area as scientists continue to explore the fundamental forces of nature and their interactions. With advancements in technology, we are able to gather more data and gain a deeper understanding of the connection between gravity and EMR.