A new study proposes a new model for the interaction between dark matter and gravity.
According to Isaac Newton’s theory of universal gravity, gravity is an action where one object feels the influence of another, regardless of distance. But Albert Einstein rethought gravity in his general theory of relativity, which changed the curvature of local space-time. This is where the principle of locality comes from, which states that an object is under the direct influence of its environment and that distant objects cannot “communicate” with each other instantly. With the advent of quantum mechanics, physicists discovered that nonlocal phenomena don’t just exist, they underlie reality as we know it. This includes quantum entanglement, where the properties of one particle can be transferred to another instantly and regardless of distance. In a new study published in The Astronomical Journal, scientists suggested that dark matter may interact with gravity in a nonlocal way, writes Universe Today.
in 24News Breaker. Technology emerged telegraph channel. Subscribe so you don’t miss the latest and exciting news from the world of science!
It is generally accepted that dark matter, which we cannot see, constitutes about 85% of all matter in the Universe. It interacts with ordinary matter only through gravity.
According to the theories, dark matter is a fundamental component of the Universe responsible for the formation of galaxies and galaxy clusters. However, the nature of dark matter regarding its composition and how it interacts with smaller galaxies remains a mystery.
Scientists have proposed a new nonlocal interaction model between the galaxy’s dark matter and gravity that could provide new insight into the mysterious nature of dark matter. In the innermost part of small galaxies, dark matter behaves like a nonlocal object interacting with every other mass in the universe, according to a new theory.
This contradicts prevailing theories that suggest that dark matter is “cold” and consists of weakly interacting large particles, or WIMPs, that travel slower than the speed of light and interact weakly and locally with ordinary matter.
Scientists say there are problems testing the theory of cold dark matter inside the smallest galaxies. Therefore, the new model could overcome these problems as it suggests a nonlocal interaction of dark matter inside galaxies.
The nonlocal theory proposed by scientists offers a potentially revolutionary solution within the cold dark matter theory and may have important implications for cosmology.
As already written FocusScientists decided to retest Einstein’s theory of relativity by measuring the curvature of space-time. Finally, scientists want to test Einstein’s theory of relativity using a new method.
Moreover Focus He wrote that his Webb telescope took pictures of the solar system’s four giant planets, and they looked completely different from what we’re used to seeing. After the space observatory took a photo of Saturn in infrared light, scientists now have “all of the work”, so to speak.
Source: Focus
Ashley Fitzgerald is an accomplished journalist in the field of technology. She currently works as a writer at 24 news breaker. With a deep understanding of the latest technology developments, Ashley’s writing provides readers with insightful analysis and unique perspectives on the industry.