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Difference between revisions of "Neutron Star"
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A Neutron Star is a stellar remnant, a super-compressed object left over when stars with a mass between 1.4 and about 3 times the mass of a medium class star exhaust their nuclear fuel and collapse inwards. The result is a condensed sphere of matter about 20 km (12 miles) across, with a gravitational field approximately '''2 x 10^11''' times stronger than that of a normal terrestrial planet. | A Neutron Star is a stellar remnant, a super-compressed object left over when stars with a mass between 1.4 and about 3 times the mass of a medium class star exhaust their nuclear fuel and collapse inwards. The result is a condensed sphere of matter about 20 km (12 miles) across, with a gravitational field approximately '''2 x 10^11''' times stronger than that of a normal terrestrial planet. | ||
| − | + | The density of a Neutron Star is so great that the protons and electrons making up the atoms fuse to form electrically neutral neutrons, the primary particles making up the neutron star. Because they are electrically neutral, such particles can be packed very closely together, resulting in a celestial object with similar density to that of the atomic nucleus. | |
| + | Several Neutron Stars are known to exist in [[Sirius]], with [[Puerto Rican Neutron Star|one]] located in [[Puerto Rico]], one at [[Omega-41 Neutron Star|the center]] of [[Omega-41]] and one recently [[Omega-58 Neutron Star|created]] during the [[Omega-58]] Incident. Another known Neutron Star was the [[Tau-65 Neutron Star|X-ray Pulsar]] located in [[Tau-65]]. | ||
| − | + | Civilian vessels not equipped for deep space exploration are advised to use strong caution, as Neutron Stars are extremely radioactive, and can cause severe damage to spacecraft or even kill their occupants. | |
| + | Getting close to a Neutron Star is extremely dangerous, as the powerful magnetic field and gravity well can rip even the toughest ships apart. | ||
| − | + | [[File:Neutron Star (Omega-41).png|border|300px|thumb|upright=3.8|left|The [[Omega-41 Neutron Star|most commonly seen Neutron Star]], located in [[Omega-41]]]] | |
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| − | [[File:Omega-41 | ||
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[[Black Hole]] | [[Black Hole]] | ||
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| + | [[Category: Natural Phenomenon]] | ||
Revision as of 14:50, 28 November 2018
A Neutron Star is a stellar remnant, a super-compressed object left over when stars with a mass between 1.4 and about 3 times the mass of a medium class star exhaust their nuclear fuel and collapse inwards. The result is a condensed sphere of matter about 20 km (12 miles) across, with a gravitational field approximately 2 x 10^11 times stronger than that of a normal terrestrial planet.
The density of a Neutron Star is so great that the protons and electrons making up the atoms fuse to form electrically neutral neutrons, the primary particles making up the neutron star. Because they are electrically neutral, such particles can be packed very closely together, resulting in a celestial object with similar density to that of the atomic nucleus.
Several Neutron Stars are known to exist in Sirius, with one located in Puerto Rico, one at the center of Omega-41 and one recently created during the Omega-58 Incident. Another known Neutron Star was the X-ray Pulsar located in Tau-65.
Civilian vessels not equipped for deep space exploration are advised to use strong caution, as Neutron Stars are extremely radioactive, and can cause severe damage to spacecraft or even kill their occupants.
Getting close to a Neutron Star is extremely dangerous, as the powerful magnetic field and gravity well can rip even the toughest ships apart.
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See Also
