The surrounding cloud of ionised gas is producing more microwaves than
clouds around other star clusters in our galaxy.
Not exact matches
Earth and the
other planets of our solar system suffer occasional impacts when comets are disturbed from their orbits
around the sun by the gravity of nearby
stars and gas
clouds.
As the
stars within the cluster interact with
other clusters and
clouds of gas in the galaxy
around them, and as the gas between the
stars is either used up to form new
stars or blown away from the cluster, the cluster's structure begins to change.
Some are found in globular clusters, but most move in a huge
cloud around the disk called the galactic halo, which has a luminous inner component defined by globular
star clusters and
other easily observable
stars (with coronae of hot gas possibly expelled by supernovae and of high - velocity neutron
stars) and an outer dark - matter component inferred from its gravitational impact on the Milky Way's spiral disk.
On the
other hand, the discovery of a brown dwarf companion in a wide orbit that could perturb dormant comets in an Oort
Cloud around Epsilon Indi inwards towards the
star's inner planetary regions may periodically shower an Earth - type, inner planet with catastrophic impacts.