Small galaxies should be distributed
around their host galaxies in seemingly random orbits.
Observations have found that these
smaller galaxies arrange themselves in thin disks around their hosts, Vice reports, not unlike Saturn's rings.
Researchers are now trying to reconcile
this gap by suggesting smaller galaxies may be conforming to invisible "walls" created by a new class of particles called symmetrons
The standard theory, known as the
Lambda cold dark matter (Lambda-CDM) model suggests that the universe is made up of three key elements
That theory suggests that smaller
galaxies should be captured by the gravitational pull of larger host galaxies and forced into chaotic orbits
Researchers have used to explain
gaps in our knowledge of the cosmos, could generate this "force" to form "domain walls," or boundaries in space.
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