Tentrils Constellations A new study has discovered that being hundreds of millions of light years away may be the largest rotating object in the universe.
Space bodies often orbit the planets first Stars To the constellations. However, galaxies often rotate very slowly, which is why many researchers believe that the cycle of cosmic measurements ends here, says Noam Lipkiskind, co-author of the study, and the astronomer at the Leibniz Institute for Physics and Potstom in Germany. Com.
But new research suggests that Liposkind and his colleagues may have seen cosmic fibers or giant tubes protrude from galaxies. “The entire galaxy has very large structures that are only dust grains,” Lipkind said. “These massive fibers are much larger than clusters.”
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Previous research has suggested after the birth of the universe The big bang About 13.8 billion years ago, most of the gas that made up most of the known matter in the universe collapsed into giant plates. Then these leaves broke Strings Is too large Cosmic network.
Using data from the Sloan Digital Sky Survey, the scientists explored more than 17,000 strands and examined the speed at which the galaxies that make up these giant tubes move in each tendon. The researchers found that the way these galaxies move revolved around the central axis of each fiber.
The speed at which galaxies orbit the empty centers of these dendrites is 223,700 miles per hour (360,000 kilometers per hour). As scientists point out, they are not saying that all fibers are present The universe It’s spinning, but those threads seem to be there.
The big question is, “Why do they rotate?” Said Lipkind. The Big Bang would not have given the universe a primitive cycle. Whatever the spinning of those threads when the structures were formed must have appeared in history, he said.
One possible explanation for this rotation is that the resulting shear forces may have rotated the object because the strong gravitational fields of these fibers attract gas, dust and other objects to crush together. “We don’t know what could cause this amount of torque,” Lipkind said.
Scientists are now trying to understand the origin of rotating fibers through computer simulations of how matter works in the cosmic universe. Researcher Hinge Your findings 14. Juni in Naturastronomy Online.
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