The radio telescope discovered a magnetic field in an exoplanet

The VLA (Very Large Array) radio telescope complex consisting of 27 antennas is well known not only to astronomers, but to fans of fiction. He appears in a large number of works of art, including the films “Contact” and “Arrival”. The complex is mainly used to study black holes, protoplanetary disks, interstellar gas clouds, supernova remnants and other similar objects. Recently, this list has been expanded with exoplanets. Astronomers have used the VLA to study the body of a planetary mass outside the solar system.
The radio telescope detected a magnetic field in an exoplanet of objects, very, radius, power, brown, dwarfs, similar, others, studying, mass, SIMP0136, Jupiter, not enough, Consisting of, to “burn”, tritium, Therefore, quickly, hydrogen

This is a SIMP0136 object. He is a member of a group of very young stars. According to available data, its radius exceeds the radius of Jupiter by 1.22 times, mass - by 12.7 times, the surface temperature is about 825 ° C.
The radio telescope detected a magnetic field in an exoplanet of objects, very, radius, power, brown,dwarfs, like, other, study, masses, SIMP0136, Jupiter, not enough, Consisting to, "set on fire", tritium, Therefore, quickly, hydrogen

Thus, LP 944-20 is located right on the border separating two classes of bodies: large gas giants and brown dwarfs. The latter are often referred to as failed stars.Some thermonuclear reactions involving deuterium and tritium nuclei can take place inside such objects, but their masses are not enough to “burn” hydrogen. Therefore, brown dwarfs cool rapidly, turning into planet-like objects.
The radio telescope detected a magnetic field in an exoplanet of objects, very, radius, power, brown, dwarfs, similar, others, studying, mass, SIMP0136, Jupiter, not enough, Consisting of, to “burn”, tritium, Therefore, quickly, hydrogen

VLA was able to detect radio emission, indicating that SIMP0136 has a very strong magnetic field. Its power is 200 times greater than the power of Jupiter’s magnetic field. The discovery is important for two reasons. Firstly, it allows scientists to better understand how the magnetic fields of large exoplanets and brown dwarfs are arranged. Secondly, in the future, this method can be used to search for other similar objects.

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