And the recently-launched James Webb Telescope could provide proof. 🤓 engineering
The model was created by astrophysicists at Yale University, the University of Miami, and the European Space Agency . Now, they believe that data from the recently-launched James Webb Space Telescope could prove the model true in a move that would completely alter our understanding of the cosmos.Dark matter has only been indirectly observed via enormous amounts of unaccounted-for gravitational force observed throughout the universe and phenomena flashes of light in sodium iodide crystals.
Though this theory didn't gain a great deal of traction at the time, it has been revived by a new group of scientists with promising results. According to the new paper's theorist, Yale professor of astronomy and physics Priyamvada Natarajan, these primordial black holes could potentially account for all dark matter. However, for that to be true, they must have been"born" measuring approximately 1.4 times the mass of the Earth's sun.
following a long string of delays on Christmas eve. The telescope has the capacity to observe the first galaxies that formed in the early universe as well as stars forming planetary systems. In the 2030s, a mission involving the ESA's Laser Interferometer Space Antenna attached to the James Webb Telescope will be able to prove or disprove the new theory. If primordial black holes account for dark matter, more stars and galaxies will have formed around them in the early universe.
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