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NASA scientists used astronauts to accurately calculate the speed of the universe's expansion, but their calculations led to more uncertainty and confusion, as they seemed to have reached strange numbers or "disordered" with respect to the expansion of the universe. (19659002) Scientists believe that this new discovery would reveal a whole new physics behind the speed of the universe's expansion, knowing that scientists have an idea of where the universe began in the early days , and calculate the speed of its width since. 19659002] NASA said the strange results may have resulted from dark matter, or that dark energy is more unusual than previously thought, or that there is a new molecule unknown in the tissue space.
Astronomers have long tried to calculate the rate of expansion of the universe, better known as the Hubble coefficient. How fast has the universe developed precisely since the Great Bang, 13.8 billion years ago, has answered most of the fundamental questions about the origin from the universe?
However, after the conflicting results were reached, the scientists initially thought that the difference or "confusion" resulted from an error in the calculation methods used to measure the "constant" or the "Hubble coefficient".
NASA's new research on the rate of expansion of the universe was based on new data from the Hubble astronomical observatory, which went against the calculations from the Planck mission of IAEA European Space.
Planck's calculations calculated that the Hubble coefficient was 67 kilometers per second per megawatt. (3.3 million light years) means that each 3.3 million light-years accelerate galaxies at a distance of 67 kilometers per second.
However, NASA scientists' calculations indicate that this speed reaches 73 kilometers per second by the astronomer, member of the new research team and Nobel laureate in physics, Adam Reese, said that results were valid or not. Exclude one of them and the difference between them can not be considered a mistake.
He explained that "dark energy" (known as Beyond the Acceleration of the Universe) is one of the reasons for the difference between them and can work on the separation of galaxies more strongly than previously, which means that the acceleration itself may not be a fixed value in the universe and changes over time
That the The universe contains new molecules of the atom that are approaching the speed of light and that these fast molecules are called "black radiation," including particles known as "neutrons."
The Physical World Compares the Gap Between Results The graph of growth then when it actually develops, its length exceeds the expected length.
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