Mayur Physics

Is it possible to teleport? Is a baseball capable of carrying radio waves across buildings, bouncing around a corner, and then transforming back into a baseball? Quantum mechanics, surprisingly, reveals that the answer might be yes. Almost. The point is that, although baseball could not be aired live, all information about it could. In quantum physics, atoms and electrons are regarded as a set of distinct qualities such as position, velocity, and intrinsic spin. The particle's configuration is determined by this feature. Giving it a quantum state's identity. Two electrons have identical quantum states. The aggregate quantum states formed by our baseball's countless atoms describe it in a literal sense. If this quantum state information could be read in Boston and across the world, atoms for the same chemical elements might be imprinted with it in Bangalore and instructed to assemble in the same way, resulting in the same baseball. There is, however, one shortcoming. Quantum

Gravity is the force that holds the universe together. Like the galaxy in which we live, it seems to be eternal and unchanging. In any case, our current understanding of gravity paints a or maybe distinctive story. Gravity can bend and twist the shape of space itself. And, if that’s true, then it’s very interesting to ask how quickly those distortions can move. In a lame form, the question is “How Fast is Gravity?”  Let’s look into it. The speed of gravity is a question that has puzzled scientists for centuries. The first sophisticated theory of gravity was developed by Sir Isaac Newton and was first published way back in 1687.  According to Newton, gravity was transmitted everywhere across the universe at infinite speed. However, Newton’s theory of gravity isn’t the newest and most successful theory of gravity.  In 1915, Albert Einstein published his theory of general relativity, which interprets gravity as the distortion of both space and time.  In his theory, these distortions could