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Could the cosmic web explain dark matter/energy? Could gravity not being homogenous across universe explain dark matter/energy? What if law of gravity has oth

Could the cosmic web explain dark matter/energy? Could gravity not being homogenous across universe explain dark matter/energy? What if law of gravity has other terms that only reduce to the versions we think of as true in the scenarios we've tested...but the other terms are affecting things of supermassive scale? What if there is some other "force" between things cosmically that we have never seen on the scales we've done stuff...but that we can observe (but misinterpret as dark stuff) on galactic/cosmic scales? What if quantum correlation produces a "force" among particles that's only apparent on super massive scales? If all particles used to be close together in the big bang, couldn't they have some lingering correlations? Or became correlated with movement of electricity through cosmic web?

josu 4y ago
>Could gravity not being homogenous across universe explain dark matter/energy? [chatGPT]> While it is true that gravity is not perfectly homogeneous across the universe, this alone does not explain dark matter or dark energy. Dark matter is believed to exist because of the observed gravitational effects on galaxies and galaxy clusters that cannot be accounted for by the visible matter alone. These observations suggest that there is additional matter that we cannot see, which we call dark matter. While gravity may vary in strength in different regions of the universe, this alone cannot explain the observed gravitational effects that we attribute to dark matter. Similarly, dark energy is believed to exist because of the observed accelerating expansion of the universe. While variations in gravity across the universe could play a role in this phenomenon, they cannot explain the magnitude of the effect that we observe. In summary, while variations in gravity across the universe are a real phenomenon, they cannot fully explain the observed effects attributed to dark matter and dark energy. These mysteries continue to be the subject of active research in the field of astrophysics and cosmology.

josu 4y ago

>Could gravity not being homogenous across universe explain dark matter/energy? [chatGPT]> While it is true that gravity is not perfectly homogeneous across the universe, this alone does not explain dark matter or dark energy. Dark matter is believed to exist because of the observed gravitational effects on galaxies and galaxy clusters that cannot be accounted for by the visible matter alone. These observations suggest that there is additional matter that we cannot see, which we call dark matter. While gravity may vary in strength in different regions of the universe, this alone cannot explain the observed gravitational effects that we attribute to dark matter. Similarly, dark energy is believed to exist because of the observed accelerating expansion of the universe. While variations in gravity across the universe could play a role in this phenomenon, they cannot explain the magnitude of the effect that we observe. In summary, while variations in gravity across the universe are a real phenomenon, they cannot fully explain the observed effects attributed to dark matter and dark energy. These mysteries continue to be the subject of active research in the field of astrophysics and cosmology.