a super-dense object called a neutron star, 如果这个中子星旋转得足够快 and if this neutron star is spinning fast enough, 它就会发展出强烈的磁场 it can develop intense magnetic fields, 从而演变成一种新的 transforming into something new
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Neutron stars, the incredibly dense remnants of massive stars, and pulsars, which emit beams of radiation like cosmic lighthouses. Each type evokes a different image, a different feeling, and each requires a slightly more nuanced description. And it’s not just about t...
123 Neutron star mergers and how to study them Page 9 of 177 4 If the primary compact object is a NS the second is most often also a NS. This likely forms a BNS system, but could form a NSBH system if the primary accretes sufficient mass to collapse into a BH during the common ...
How dense is dark matter? Where are neutrons located? What is the mass density of dark matter on Earth? How many quarks are in an atom? How much antimatter is in the universe? Did Ernest Rutherford discover the neutron? How much mass in the universe is dark matter?
DENSE MATTERELEMENTARY PARTICLESSTARS: INTERIORSNEUTRONWHITE DWARFSThe strong electric field at the surface of a strange star is discussed, and a self-consistent model is proposed to cal- culate its capability of supporting a "normal" nuclear material crust. We find that the electric field is ...
Neutron Stars NASA / Goddard Space Flight Center A neutron star,like a white dwarfor black hole, is actually not a star but a stellar remnant. When a massive star reaches the end of its life it undergoes a supernova explosion. When that occurs, all the outer layers of the star fall in...
Neutron Star Crash Stellar black holes are also created when two neutron stars, which are small, dense stars made of the core of dead stars, crash into each other, like bumper cars in space. The collision sends out a giant burst of radiation called a gamma-ray, as a new stellar black ...
Pulsars are a type of neutron star that emits electromagnetic radiation. They are among the fastest rotating objects in the universe, and they emit radiation in a beam that can be detected by a telescope.Answer and Explanation: Pulsars form when a star explodes and leaves behind a dense core...
particles collide and start to form clumps. As these clumps accumulate more material, they grow in mass. Thanks to their own gravity, they pull in even more gas and dust from the surrounding star-forming region. Over a million years (give or take), these clumps mature into dense bodies kn...