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- “The models were right”: astronomers find ‘missing’ matter
Said models suggest that this elusive matter might exist in long strings of gas, or filaments, bridging the densest pockets of space While we’ve spotted filaments before, it’s tricky to make out their properties; they’re typically faint, making it difficult to isolate their light from that of any galaxies, black holes, and other objects
- Astronomers have found the universes missing matter at last . . .
'The models were right!' Astronomers locate universe's 'missing' matter in the largest cosmic structures Astronomers discover dark matter 'bridge' linking colliding galaxies: 'This is the missing
- The Models Were Right! Astronomers Locate Universes . . .
This discovery of that missing matter suggests our best models of the universe were right all along It could also reveal more about the "Cosmic Web," the vast structure along which entire galaxies grew and gathered during the earlier epochs of our 13 8 billion-year-old universe
- ‘The models were right!’ Astronomers locate universe’s . . .
‘The models were right!’ Astronomers locate universe’s ‘missing’ matter in the largest cosmic structures The ‘missing’ matter may truly be lurking in hard-to-see threads woven across the universe
- New research suggests that our universe has no dark matter
The current theoretical model for the composition of the universe is that it's made of normal matter, dark energy and dark matter 'The models were right': Astronomers find 'missing' matter
- Cosmological Models - HyperPhysics
A basic part of the Standard Model for matter in the universe is the idea of pair-production It is demonstrated by electron-positron pair production A common type of interaction between high energy X-rays or gamma-rays and ordinary atoms converts most of the energy of the photon into an electron and its antiparticle, the positron
- “The models were right”: Astronomers find ‘missing’ matter
The astronomers were able to identify and remove any possible ‘contaminating’ sources of X-rays from the filament using XMM-Newton, leaving behind a pure thread of ‘missing’ matter
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