![]() ![]() As such, numerous experiments trying to rectify gravity at these small scales with gravity at much larger scales are ongoing, affecting everything from manufacturing at the atomic scale to quantum computers.Īt the same time, cosmologists and physicists have noted that Einstein’s well-tested theories may also have an issue at the largest scales, particularly when it comes to explaining the vast expanse of the entire universe. ![]() That’s where quantum physics takes over, attempting to describe the behavior of matter and energy at the quantum scale. But it hasn’t always held up under extremely small scales. ![]() For over a century, Albert Einstein’s general theory of relativity has been remarkably successful in describing and predicting how gravity affects things like planets and stars. Gravity is everywhere and affects everything. Einstein’s Theory of Gravity is Excellent at Explaining Some Things, but Not Everything However, this latest attempt to rectify the disparity between the 20th-century physicist’s general theory of relativity and actual cosmological measurements points to the possibility that it may finally be time to rethink Einstein’s theory of gravity. Previous attempts to verify Einstein’s famous predictions have typically fallen in his favor. A new study that used measurements of cosmic phenomena shows that the theory of gravity proposed by Albert Einstein could be flawed. ![]()
0 Comments
Leave a Reply. |