Difference between revisions of "Neutron Star"
Jump to navigation
Jump to search
(Created page with "A '''Neutron Star''' is a relatively small star with a significantly high density. This high density is due to the tightly packed neutrons within it, hence the name....") |
|||
| Line 1: | Line 1: | ||
A '''Neutron Star''' is a relatively small [[Star|star]] with a significantly high density. This high density is due to the tightly packed neutrons within it, hence the name. Neutron stars are formed when a [[Super Nova|super nova]] collapses but is not sufficiently massive to form a [[Black Hole|black holes]]. Certain neutron stars, known as [[Magnetar|magnetars]], possess a powerful magnetic field. These types of stars were used as the power sources of the [[Voidgate|voidgates]] and their defensive [[Aegisphere|aegispheres]]. | A '''Neutron Star''' is a relatively small [[Star|star]] with a significantly high density. This high density is due to the tightly packed neutrons within it, hence the name. Neutron stars are formed when a [[Super Nova|super nova]] collapses but is not sufficiently massive to form a [[Black Hole|black holes]]. Certain neutron stars, known as [[Magnetar|magnetars]], possess a powerful magnetic field. These types of stars were used as the power sources of the [[Voidgate|voidgates]] and their defensive [[Aegisphere|aegispheres]]. | ||
[[Category: | [[Category:Planets & Systems]] | ||
[[Category:Places]] | |||
Revision as of 00:03, 9 August 2017
A Neutron Star is a relatively small star with a significantly high density. This high density is due to the tightly packed neutrons within it, hence the name. Neutron stars are formed when a super nova collapses but is not sufficiently massive to form a black holes. Certain neutron stars, known as magnetars, possess a powerful magnetic field. These types of stars were used as the power sources of the voidgates and their defensive aegispheres.