Scientists use Tokyo Skytree to test Einstein's Theory of General Relativity.
1) The clocks of Tokyo Skytree could give more data about gravity
Einstein's Theory of General Relativity (1) includes things, that are called "Time dilation"(2). The time dilation would affect every particle in the same way without depending on what is the particle. So the thing is that both the speed and the distance to central mass would cause time dilation. The GPS satellites don't use the time dilation, because it's easier to fix the error in the system by using the computer program, which compares the differences of the clocks and fixes that minimum error.
If we think that the error would be seen in the normal life, that satellite must orbit the neutron star or black hole, that we could meter that time dilation by using the clock, what is bought from the supermarkets. And those differences have been found by using extremely sharp atom clocks.
And those forces are together causing this phenomenon. The satellites communicate with radio waves and in normal life the minimum difference between the clocks that is less than 1/10000 seconds is meanless, but that difference can be metered, and the computer can fix that automatically. The idea is that the system would ask two-time marks from the satellite and ground station, and then that error would be calculated, and a computer program can fix the error before the computer will send the data to the screen.
The idea of time dilation is that the time would go slower near the massive object than away from it. So the idea is to meter the difference of time movement on the top of the Tokyo Skytree (3)and at the ground at feet of the building. Those measurements should tell is the time dilation stable, or does some other thing like electromagnetic radiation would affect that phenomenon.
And if the electromagnetic radiation or some other thing affects time dilation that could be measured by using those two extremely sharp atom clocks. This test can give the researchers more data about how gravity is acting, and could there be some outer force, what would affect the gravity fields?
When we are thinking about the time dilation of the errors between clocks, what are in the satellites and on the Earth and what mission is to synchronize the GPS (4) is proven that time dilation has existed. And the atom clocks have been put in the aircraft or some space systems to confirm that the speed is also slowing time, and those things have proven that the cause in time dilation is the energy. The energy level causes this strange effect.
2) There are two ways how the time dilation can affect and the Tokyo experiment's mission is to find out, which one is real. And if point A) is true, what would explain the gravity waves? The gravity waves can make the difference to the measurements, but those gravity waves could be compared with GRB:s (Gamma-Ray Bursts) and that would tell more about connections between gravity waves and GRB:s.
A) The time dilation is similar without depending is the clock at the feet of the rower or is it at the top
B) The time dilation is possible only if the clock has no contact with the mass, what suppose to cause time dilation.
But the thing that makes researchers make that Tokyo Experiment is that the things like does the time dilation depends on the physical contact between the object or not is interesting. That means that does the time dilation effect always when the particle is touching the layer, what is in contact with the mass, or does it affect only, when the particle is away and without contact with the mass.
So if the time dilation is always similar, if the layer is touching the mass, that means that there would be no difference between those clocks, which is at the top and root of the tower. The thing, what makes that kind of things interesting is that if there is some kind of chances in the work of those atom clocks that can mean that the wormhole would travel through those atom clocks, but in fact, that data can be compared with the data, what is collected from the GRB:s and solar activity.
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