Astronomers Find First Radiation Belt Outside Our Solar System – 10 Million Times Brighter Than Jupiter’s

Artist’s impression of an aurora and the surrounding radiation belt of the ultracool dwarf LSR J1835+3259. Credit: Chuck Carter, Melodie Kao, Heising-Simons Foundation

High-resolution imaging of radio emissions from an ultracool dwarf shows a double-lobed structure like the radiation belts of Jupiter.

A team of astronomers has successfully observed the first radiation belt outside our solar system, using an array of 39 radio dishes. The radiation belt, found around an ultracool dwarf, is similar to Jupiter’s but 10 million times brighter. This breakthrough in the study of magnetic fields…

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News Source: scitechdaily.com


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