Examples of using Relativity in English and their translations into Thai
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
Since this runs counter to observable reality, most saw the equation as further proof that quantum physics and relativity theory don't play well together.
Some unproven theories that attempt to combine relativity with quantum mechanics, such as quantum gravity, string theory and M theory, predict that time is discontinuous and has quantum properties.
Keep doing that, and with just four measurements, and a little correction using Einstein's theory of relativity, you can pinpoint your location to exactly one point in space.
Einstein's theory of general relativity predicts that really heavy objects that move will send"ripples" in space-time, traveling at the speed of light.
This poet describes it as opening a door that floats in the sky-- a very similar description to what Albert Einstein gave as to how he imagined the forces of relativity, when he was struggling with trying to understand how it worked.
This is a year when Einstein is basking in the glow of having discovered the special theory of relativity and decides to take on a new project, to try to understand fully the grand, pervasive force of gravity.
Tape recorders, television, the Walkman and MP3 technology were invented in Germany, and its success story continues. The German scientist Albert Einstein discovered the theory of relativity, Roentgen founded X-rays and without Mr. Rambold we would probably have no tea bags in our cups.
The story line was entertaining and the script made an effort to explain some basic concepts of relativity, but it seriously represented much of the science. If it hadn't been advertised as scientifically accurate I would have been able to suspend my disbelief more thoroughly and enjoy it more. What did you think of it?
Conclusions, which you might feel very strongly about, because it looks like you have proven them in the same way that you might prove relativity, but they were based on some assumptions that either might be wrong, or might be over-simplifications, or might not be relevant to the context that you're trying to make conclusions about.
Although the superfluid vacuum is non-relativistic, small fluctuations in the superfluid background obey Lorentz symmetry. This means that for low momenta conditions the theory captures the expectations of general relativity, but at high energy and high momenta conditions the theory projects Newtonian expectations over relativistic ones. Therefore, the theory predicts that when massive objects are accelerated to near the speed of light they will exhibit effects that will contradict general relativity in favor of Newtonian projections.
Although the superfluid vacuum is non-relativistic, small fluctuations in the superfluid background should obey Lorentz symmetry. This means that for low momenta conditions the theory expects to capture the expectations of general relativity. But at high energy and high momenta conditions the theory projects Newtonian expectations over relativistic ones. Therefore, the theory predicts that when massive objects are accelerated to near the speed of light they will exhibit effects that will contradict general relativity in favor of Newtonian projections.
The theory of relativity revolutionized science.
But you knew about relativity.
Special relativity shows clearly one thing.
Anyway, about the theory of relativity--.
General relativity doesn't work here.
But you knew about relativity. I'm sorry.
But Einstein's theory of general relativity.
Einstein's theory of spatial relativity.
I'm sorry. But you knew about relativity.