Study challenges Albert Einstein and Isaac Newton’s laws of gravity

In mid-1687, physicist and mathematician Isaac Newton theorized that gravity is the force that pulls objects toward Earth and is responsible for the motion of their orbits; Until a few centuries later, Albert Einstein published his General Theory of Relativity and answered several more questions not asked by Newton. Recently, a team of scientists at Sejong University in Seoul, South Korea Article challenging the discoveries of Einstein and Newton.

A team of scientists has discovered evidence for a possible new theory of gravity, according to a study published in the scientific journal The Astrophysics Journal. In the future, the theory could help explain phenomena not answered by Einstein or Newton, such as gravity or gravitational waves inside a black hole.

The observations of South Korean scientists showed convincing data that, at low accelerations, binary star systems move up to 40% faster than predicted by Einstein and Newton. Scientists explain that acceleration can be explained by AQUAL theory based on modified Newtonian dynamics (MOND); this is evidence that defies standard gravity at weak acceleration.

“When kinematic data from large binaries is analyzed in the acceleration plane, the data reveals a precise and extremely strong signature of the breakdown of standard Newton-Einstein gravity at weak acceleration. Even more surprising is that the trend and magnitude of the gravitational anomaly agrees with what AQUAL theory predicts.”

Einstein and Newton Gravity

to come to a conclusion,S Scientists have studied 26,500 pairs of binary star systems and found that some do not behave according to Einstein’s general relativity or Newton’s law of gravity. They also argue that the anomaly in binary star dynamics should not be attributed to the existence of dark matter. Therefore, the MOND theory may be the best explanation for the observation.

It is important to note that the study did not develop any new theory of gravity, but advocates another theory proposed several decades ago: MOND, also called Milgrom dynamics. That’s why the researchers explain that physics, astrophysics and cosmology should ‘have major consequences’ if the observations are confirmed.

“From the very beginning, it seemed clear to me that gravity could be tested most directly and efficiently by calculating accelerations, because the gravitational field itself is an acceleration. My recent research experience with galactic rotation curves has led me to this idea. Galactic disks and large binaries Sejong University professor Kyu-Hyun Chae Although large binaries follow fairly long orbits, hydrogen gas particles in a galactic disk follow nearly circular orbits, they share some similarities in their orbits.

While the evidence points to a groundbreaking conclusion, Chae said more validation is needed on the study, but the results appear to be real.

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