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| rdfs:comment | - A Neutron star is a star which has ceased nuclear fusion. As nuclear fusion does not take place, thermal pressure is overcome by gravity and the star starts to collapse. The pressure than pushes protons and electrons together to form neutrons and it further collapses due to the Pauli exclusion principle.The star will stop collapsing once the neutron degeneracy pressure equals to gravity, thus, achieving electrostatic equilibrium. However, only stars of mass less than 1.44 solar mass becomes a Neutron star. Neutron stars have a very strong gravitational strength, are compact in size, and are very hot.
- __notoc__ <default><span style="font-weight:bold;">Neutron Star</span></default> <format><span style="font-weight:bold;">Neutron Star</span></format> Mod.png Statistics Polarity Rarity Trading Tax 8,000 Dropped bySteel Meridian Cephalon Suda Dropped byOther: Transmutable Untransmutable Neutron Star is a Warframe Augment Mod for Nova that allows all active Null Star particles to be detonated by pressing the ability key (1 ), dealing area-of-effect damage and proc.
- A neutron star is a type of stellar remnant that can result from the gravitational collapse of a massive star during a supernova event, where the exploding star lacks to mass to become a black hole. Neutron stars are the densest and tiniest stars known to exist in the universe; although having only the radius of about 10 km (6 mi), they may have a mass of up to five times that of a Sun-sized star.
- A neutron star is what is left over from the gravitational collapse of a massive star, during a Type II, Type IIb or Type Ic supernova event. These stars are mostly made of neutrons. Neutrons stars are extremely hot. They don't collapse further because of the Pauli Exclusion principle, which states that no two neutrons can occupy the same quantum state simultaneously.
- A Neutron star is a very small, very dense star that has used up all its nuclear fuel. Because nuclear reactions have stopped gravity takes over and forced the star to contract into ever smaller space. Electrons combine with protons to form neutrons which is why it’s called a neutron star. A neutron star with the mass of the sun could have a diameter less than ten miles. Some neutron star give out pulsating beams of radio waves, light or X-rays, such neutron stars are called Pulsars.
- Among the marvels of the astronomical heavens we find the neutron star. Made of a material almost inconceivable to man, generators of tremendous power, these fantastic objects resemble Boy George not in the least.
- A neutron star is a stellar remnant left after a giant star with too little mass to form a black hole dies. It is dense enough to reach the neutron degeneracy pressure, when the pressure is high enough to combine protons and electrons to form neutrons, and therefore has a mass of greater than 1.4 solar masses (the Chandrasekhar limit). The maximum mass of a neutron star is given by the Tolman–Oppenheimer–Volkoff limit, and is somewhere between 2.0 and 3.0 solar masses.
- A Neutron star is a type of star. They are created as the core of a massive star is compressed during a supernova, and collapses into a neutron star. They give off gamma rays and X-rays as they rotate. (SGU: "Incursion, Part 2")
- A neutron star is a very small, dense star composed largely of neutrons, formed from the gravitational collapse of a star's core left from a supernova. Some neutron stars, called pulsars, emit beams of electromagnetic radiation from their poles. Annika Hansen theorized that the friction coefficient of a neutron star was the lowest of any object in the universe, because it would have an amount of electric charges so low that it would have no effect on friction and also because the asperities of neutron stars were thousands of times smaller than the asperities of silk. (RIS Bouteina)
- Neutron stars occurred when nuclear fusion in a supergiant star stopped. With no nuclear fusion to support it, the core would collapse upon itself in a process known a gravitational collapse. The gravity within the star would become incredibly massive, so massive that it would crush the core in a matter of seconds. The force was so great that the electrons and protons in the atoms were destroyed, leaving only neutrons. The energy released in the destruction of the atoms caused a massive shockwave to rebound causing a huge explosion known as a supernova. Sometimes, large white dwarfs could collapse to form neutron stars.
- In 2151, the Enterprise detected an unusual cluster of three neutron stars. However, Commander Tucker did not think them interesting enough for closer investigation. (ENT: "Civilization") In 2154, Tholians in the mirror universe detonated a tricobalt device within the gravity well of a dead star to create an interphasic rift. This rift connected to the universe of 2268; the Tholians were eventually able to lure the USS Defiant through that rift and into their own universe. (ENT: "In a Mirror, Darkly"; TOS: "The Tholian Web" )
- The Tythonians set a neutron star on a collision course with Chloris in retaliation for Lady Adrasta imprisoning Erato. After the Fourth Doctor freed him, he spun an aluminium shell around the star, allowing the Doctor to use his TARDIS' tractor beam to pull it off course and save Chloris. (TV: The Creature from the Pit) The sun of Proamon had become a neutron star three thousand years after having been a red giant and two thousand years after having become a supernova. (TV: Dragonfire) New Alexandria orbited around a neutron star. (PROSE: The Crystal Bucephalus)
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| abstract | - Neutron stars occurred when nuclear fusion in a supergiant star stopped. With no nuclear fusion to support it, the core would collapse upon itself in a process known a gravitational collapse. The gravity within the star would become incredibly massive, so massive that it would crush the core in a matter of seconds. The force was so great that the electrons and protons in the atoms were destroyed, leaving only neutrons. The energy released in the destruction of the atoms caused a massive shockwave to rebound causing a huge explosion known as a supernova. Sometimes, large white dwarfs could collapse to form neutron stars. Gravitational collapse could also result in electron and proton stars, depending on the circumstances. There were several different types of neutron stars, including pulsars and magnetars.
- A Neutron star is a star which has ceased nuclear fusion. As nuclear fusion does not take place, thermal pressure is overcome by gravity and the star starts to collapse. The pressure than pushes protons and electrons together to form neutrons and it further collapses due to the Pauli exclusion principle.The star will stop collapsing once the neutron degeneracy pressure equals to gravity, thus, achieving electrostatic equilibrium. However, only stars of mass less than 1.44 solar mass becomes a Neutron star. Neutron stars have a very strong gravitational strength, are compact in size, and are very hot.
- __notoc__ <default><span style="font-weight:bold;">Neutron Star</span></default> <format><span style="font-weight:bold;">Neutron Star</span></format> Mod.png Statistics Polarity Rarity Trading Tax 8,000 Dropped bySteel Meridian Cephalon Suda Dropped byOther: Transmutable Untransmutable Neutron Star is a Warframe Augment Mod for Nova that allows all active Null Star particles to be detonated by pressing the ability key (1 ), dealing area-of-effect damage and proc.
- A neutron star is a type of stellar remnant that can result from the gravitational collapse of a massive star during a supernova event, where the exploding star lacks to mass to become a black hole. Neutron stars are the densest and tiniest stars known to exist in the universe; although having only the radius of about 10 km (6 mi), they may have a mass of up to five times that of a Sun-sized star.
- A neutron star is what is left over from the gravitational collapse of a massive star, during a Type II, Type IIb or Type Ic supernova event. These stars are mostly made of neutrons. Neutrons stars are extremely hot. They don't collapse further because of the Pauli Exclusion principle, which states that no two neutrons can occupy the same quantum state simultaneously.
- The Tythonians set a neutron star on a collision course with Chloris in retaliation for Lady Adrasta imprisoning Erato. After the Fourth Doctor freed him, he spun an aluminium shell around the star, allowing the Doctor to use his TARDIS' tractor beam to pull it off course and save Chloris. (TV: The Creature from the Pit) The sun of Proamon had become a neutron star three thousand years after having been a red giant and two thousand years after having become a supernova. (TV: Dragonfire) According to the Seventh Doctor, the original homeworld of the Quoth was created when three neutron stars collided "in exactly the right way." (PROSE: The Death of Art) New Alexandria orbited around a neutron star. (PROSE: The Crystal Bucephalus)
- A Neutron star is a very small, very dense star that has used up all its nuclear fuel. Because nuclear reactions have stopped gravity takes over and forced the star to contract into ever smaller space. Electrons combine with protons to form neutrons which is why it’s called a neutron star. A neutron star with the mass of the sun could have a diameter less than ten miles. Some neutron star give out pulsating beams of radio waves, light or X-rays, such neutron stars are called Pulsars.
- Among the marvels of the astronomical heavens we find the neutron star. Made of a material almost inconceivable to man, generators of tremendous power, these fantastic objects resemble Boy George not in the least.
- A neutron star is a stellar remnant left after a giant star with too little mass to form a black hole dies. It is dense enough to reach the neutron degeneracy pressure, when the pressure is high enough to combine protons and electrons to form neutrons, and therefore has a mass of greater than 1.4 solar masses (the Chandrasekhar limit). The maximum mass of a neutron star is given by the Tolman–Oppenheimer–Volkoff limit, and is somewhere between 2.0 and 3.0 solar masses.
- A Neutron star is a type of star. They are created as the core of a massive star is compressed during a supernova, and collapses into a neutron star. They give off gamma rays and X-rays as they rotate. (SGU: "Incursion, Part 2")
- In 2151, the Enterprise detected an unusual cluster of three neutron stars. However, Commander Tucker did not think them interesting enough for closer investigation. (ENT: "Civilization") In 2154, Tholians in the mirror universe detonated a tricobalt device within the gravity well of a dead star to create an interphasic rift. This rift connected to the universe of 2268; the Tholians were eventually able to lure the USS Defiant through that rift and into their own universe. (ENT: "In a Mirror, Darkly"; TOS: "The Tholian Web" ) In 2269, the USS Enterprise received signals from Questar M-17, a hypergravity object that was probably a neutron star. They discovered an alien ship of great age in orbit about the object, and aboard that ship, a malevolent alien entity that quickly infiltrated every ship system. They were able to escape the entity by tricking it into believing they intended to ram their ship into the star, but seconds after the alien fled, they managed a slingshot, leaving the alien trapped within the star's gravity. (TAS: "Beyond the Farthest Star") A binary star system in the Kavis Alpha sector studied by Doctor Paul Stubbs with his egg probe in early 2366 consisted of a neutron star and a red giant. (TNG: "Evolution" ) In 2368, a stellar core fragment from a neutron star passed through the Moab system and threatened to eliminate the population of genetically engineered Humans on Moab IV, forcing the USS Enterprise-D to arrange a complex modification of their tractor beam to 'nudge' the star slightly off-course, simultaneously providing the colony with technology that would enhance their existing shields. (TNG: "The Masterpiece Society" ) In 2368, the Enterprise-D investigated FGC 47, a nebula that had been formed around a neutron star. (TNG: "Imaginary Friend" ) Neutron stars also featured in the Star Trek: Voyager novel Death of a Neutron Star, where USS Voyager discovered a dying dinary neutron star system that was destined to turn into a supernova that would carve a mass of destruction through the Delta and Alpha Quadrants. With the aid of two alien visitors, the crew were able to thwart a plot to use the star as a weapon, and subsequently stole an alien ship to trigger the binary's death a few crucial microseconds early, allowing them to divert the star onto a path that would do no damage. In the Star Trek: The Next Generation novel Dyson Sphere, a neutron star is used as a weapon. One end of an artificial wormhole is opened near a black hole where neutron stars are spiraling in at one-third warp. the other end opens and the star is on course to strike a Dyson sphere. Just who did this is unknown, although the Borg are suspected.
- A neutron star is a very small, dense star composed largely of neutrons, formed from the gravitational collapse of a star's core left from a supernova. Some neutron stars, called pulsars, emit beams of electromagnetic radiation from their poles. Annika Hansen theorized that the friction coefficient of a neutron star was the lowest of any object in the universe, because it would have an amount of electric charges so low that it would have no effect on friction and also because the asperities of neutron stars were thousands of times smaller than the asperities of silk. (RIS Bouteina)
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