INSIDEN24.COM – Neutron stars are amazing objects, which are formed after a massive star explodes in a supernova. As a result of the explosion, a very dense star core was formed.
Neutron Star matter is compressed to an extreme degree, so that it becomes only the size of a city. But it has a much larger mass than our Sun.
One of the most interesting characteristics of a Neutron Star is its fast-pulsing behavior. Astronomers call this phenomenon the “Pulsar”.
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Pulsars are a type of Neutron Star that emit pulses of radio waves very quickly and repeat in millisecond to second intervals.
This phenomenon is often likened to a beacon in the sky illuminating the sky with a regularly pulsing light.
There are two mysterious stellar objects that exhibit different behavior from ordinary Neutron Stars.
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They emit pulses of radio waves at much longer intervals, which is about every 20 minutes or 21 minutes.
This behavior surprised scientists because it was different from what is normally observed in Neutron Stars.
The question that arises is why these two objects rotate more slowly than normal Neutron Stars?
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Are there certain factors that affect their rotational speed? The magnetic field is one of the relevant factors in the study of Neutron Stars.
When a Neutron Star rotates, its magnetic field is not always aligned with its axis of rotation.
2023-07-29 03:54:00
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