Researchers finished 16 years of test of Einstein's Theory of General Relativity.

 Researchers finished 16 years of test of Einstein's Theory of General Relativity.

Black holes are only the extreme versions of gravitational centers. 

When wave movement travels through particles of the object that is dropping in the gravitational center it pushes it to that center. This is the thing that causes that the objects drop to gravitational centers. 

E=mc^2 still rules say, scientists. The Theory of General Relativity is one of the best documented, well-known, and most useful tools that have ever been made for science.  And there were no errors found. The accuracy of that theory is remarkable, and physicists know that there should be mistakes. But those mistakes are not yet founded. 

Einstein's theories introduce gravitation as the force that curves spacetime. So we can think that all objects in the universe are like in pit.  But we are hard to imagine this curving in 3D space. We cannot make 3D holes around ball-shaping objects. So we can think that spacetime is like the coil spring. And that means gravitation is pulling the spacetime shorter. 

When the object is traveling through that spacetime it will transfer energy to it. The idea of curving spacetime is that in a gravitational pit the energy level is higher or energy travels in one direction. But that phenomenon is visible only in the extremely strong gravitational field. When the object is dropping in the black hole it rides with a gravitational wave. And that gravitational wave pumps energy to the object. 

The thing that makes an object drop in a black hole or to the gravitational center is that energy or wave movement travels through it. So the energy or wave movement is just pushing the object to the gravitational center. The thing is that the wave movement reaches the speed of light. And that wave movement will push particles of the object because wave movement travels faster than particles. 

That means the speed "does not exist". And that makes things like black holes possible. So gravitation is one of the forms of energy. And that means all other energy forms can act the same way with gravitation. And this is the reason why time dilates on fast-moving objects.  

When the gravitational field is pulling objects it makes them travel shorter track. So that is one model for time dilation. Time dilation means that is when the object travels at high speed. Time on it will start to travel slower. 

E=mc^2 means

E = Energy

m= mass

c = speed of light

(So c^2 = speed of light to power two). 

The researchers used double pulsars for finding that error. And there is 8 percent of the error marginal. Researchers who made those tests tell: “To our delight, we were able to test a cornerstone of Einstein’s theory, the energy carried by gravitational waves, with a precision that is 25 times better than with the Nobel-Prize winning Hulse-Taylor pulsar, and 1000 times better than currently possible with gravitational wave detectors.” (ScitechDaily, Challenging Einstein’s Greatest Theory in 16-Year Experiment – Theory of General Relativity Tested With Extreme Stars)

Almost nothing has been found. In the future, the Theory of General Relativity will test by using even more powerful telescopes. The idea is to find some differences between the calculations that Einstein made. And from the real-world measurement. The question is: how that theory can be so accurate? How it can stand against quantum computers? How there are no errors? 

Albert Einstein was a remarkable man. And his theories of Special and General Relativity are still today cornerstones of physics. The Theory of Special Relativity is proven. But the Theory of General Relativity is not proven, because proving that theory requires so accurate and powerful calculations and observation tools that it's not possible until today. 

https://scitechdaily.com/challenging-einsteins-greatest-theory-in-16-year-experiment-theory-of-general-relativity-tested-with-extreme-stars/

https://en.wikipedia.org/wiki/General_relativity

https://en.wikipedia.org/wiki/Special_relativity

Could "Planet 9" be the gravitational wave that forms when a gravitational wave from Sun hits with other gravitational waves? That means, standing gravitational wave could cause the effect known as "Planet 9". 

Could "Planet 9" be the stable gravitational wave? So if "Planet 9" does not exist, what causes anomalies in the trajectory of the planet Neptune? There is the possibility that planet Neptune rides with a higher point of a gravitational wave. 

The idea is that when the gravitational waves hit together they or their energy level rise higher. And there is the possibility that the planet  Neptune is at the point where the gravitational waves which origin is on Sun are hitting other gravitational waves in the point, where Neptune orbits the sun. 

The Theory of General Relativity cannot connect with some modern theories. That famous theory was introduced in 1916 by Albert Einstein for fixing the limits of the Theory of Special Relativity. The Theory of General Relativity is created for calculating interactions between a strong gravitation field. And the object that is in that gravitation field. Einstein's idea was that gravitation curves spacetime. 

The origin of the Theory of General Relativity was that astronomers saw anomalies or differences between calculations and the observations at the trajectory of planet Mercury. So Einstein created a formula and theory that notices the effect of gravitation in the strong gravitational field better than the Theory of Special Relativity. 

Sometimes introduced the idea that a similar effect causes the anomaly in the trajectory of planet Mercury can cause the anomaly in the trajectory of planet Neptune. The thing is that all objects in the universe are sending gravitational waves. And maybe Neptune is orbiting the Sun at the point where the gravitational wave of the sun hits the gravitational wave of other objects. 

So Neptune rides with a gravitational wave. If that is truly the "Planet 9" is not exist. But that thing requires that the gravitational waves are acting like all other wave movements. The theory goes like this: when the gravitational wave hits with other gravitational waves it causes a similar effect when waves in the water hit together. That means the height of the wave is rising higher.