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Scientists in the USA have seen beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow amazing in space for the very beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow time. They saw gravitational beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow. These are waves that form in space and travel beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow. The waves are beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow to how ripples in water move outwards after you throw a beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow in a lake. The gravitational waves in space start when two beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow space objects hit each other. Albert Einstein first spoke about waves in space in 1916 when he made his General Theory of Relativity. One hundred years beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow, the researchers have proved that Einstein's theory was right. The researchers used powerful beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow to see the gravitational waves. Einstein did not have this technology. He used his beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow to predict that the waves existed.

Scientists say the beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow of the gravitational waves is one of the most important discoveries beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow. Dr Lawrence Krauss, from Arizona State University, said the discovery was as beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow as the invention of the telescope. He said it would let beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow see many new things in space. It would also answer many beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow about our universe. Dr Krauss said: "It has opened a new beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow on the universe, just like the telescope." He added that: "Using gravitational waves to explore the universe will allow beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow to see things we could have never seen before….It will also allow us to explore objects in the beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow we’ve never seen before." He said it was beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow that the discovery happened 100 years after Einstein's beautifuldiscoveryeverfirstgeniusgiantgreatlateroutwardspredictionquestionsscientistssimilarsomethingstonetechnologyuniverseuswaveswindow.