Currently, we use the Lambda cold dark matter model as the standard model for understanding our universe. This model states that small galaxies should be distributed in scattered orbits around larger galaxies. In fact, many small galaxies orbiting larger galaxies are arranged in thin flat planes (disks) resembling Saturn’s rings. This arrangement appears as if there are invisible walls in space forcing them to arrange them in ways that defy the Lambda model. But new study by researchers at the University of Nottingham has offered a new explanation.
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Symmetrical The particle named
new study by researchers at the University of Nottingham suggests that symmetrics can create invisible walls in space. But these walls are not like the walls of a room. Instead, it can be thought of more like an obstacle. The researchers speculate that these walls may have been formed by a fifth force mediated by a hypothetical new particle called symmetry.
Yet these studies only prove a concept. To prove that there are invisible walls in space, scientists must first prove that symmetrics exist.
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