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DanielBolstad
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Think "gravity waves", emitting from let's say a black hole.
It's an uneducated hypothesis, but why not?
It's an uneducated hypothesis, but why not?
DanielBolstad said:Think "gravity waves", emitting from let's say a black hole.
It's an uneducated hypothesis, but why not?
MTd2 said:It was peer reviewed and published in a good journal. But who cares? It didn't get even 1 citation. (the paper mentioned by INSPIRE as citing it, in fact, does not cite it)
Dark matter cannot be explained by ripples in spacetime because it does not interact with light or other forms of electromagnetic radiation, which is what causes ripples in spacetime. Dark matter can only be detected through its gravitational effects on visible matter and its gravitational lensing.
Dark matter is often classified as a form of matter because it has mass and exerts gravitational force. However, some theories suggest that dark matter could be a form of energy, such as a new type of particle or a modification of gravity. The exact nature of dark matter is still a topic of ongoing research and debate.
Scientists study dark matter by observing its gravitational effects on visible matter. This includes studying the rotation of galaxies, the behavior of galaxy clusters, and the bending of light from distant objects through gravitational lensing. Scientists also use computer simulations and data from particle accelerators to try to understand the properties of dark matter.
No, dark matter and dark energy are two separate concepts. While dark matter makes up about 27% of the universe, dark energy makes up about 68%. Dark energy is thought to be responsible for the accelerating expansion of the universe, while dark matter primarily affects the gravitational interactions between objects in the universe.
While dark matter is still a mystery, it is not necessarily the missing link to understanding the universe. It is just one piece of the puzzle, and there may be other factors or phenomena that contribute to our understanding of the universe. However, understanding the nature of dark matter is crucial in order to fully understand the structure and evolution of the universe.