Testing Albert Einstein's theory of relativity on the universe

Albert Einstein's theory of relativity will be put to practical tests on a new satellite launched into space.

This test can change our perception of physics.

Scientists say France's "Microscope" satellite, launched into orbit by Arianespace, will help answer one of Einstein's most famous theories and open it up. new perceptions of gravity.

Accordingly, scientists will use a device to measure two different pieces of metal - one piece is titanium and the other is platinum alloy - dielectric movement in orbit.

France's "Microscope" satellite, launched on orbit by Arianespace, on April 25.

In space, scientists can study the relative movement of two objects in a completely free-fall state on satellites moving in orbit.

Earlier, Arianespace said Einstein's theory of relativity proved in a completely free-fall state, that two objects would move in the same direction.

But if these objects are affected in different states, this principle will be broken and scientists think that this could change the basic knowledge of physics.

In 1915, Albert Einstein published the General Theory of Relativity, which described gravity as a fundamental attribute of space and time.

He gave a set of equations describing the distortion of space and time related to energy and momentum.

Einstein's theory of relativity has been observed many times in practice.

However, we have only observed phenomena that can be explained by the theory of relativity.

In fact, scientists have not been able to conduct practical tests of this theory of relativity.