Scientists have been trying to find out for almost 70 years how the “chorus wave” works in space. These waves arise when groups of electrons are caught moving fast in the magnetic field of the Earth. As soon as they roam, they leave energy as radiation. This radiation then contacts with other electrons (which acts like a wave due to quantum physics) and becomes stronger, forcing a large wave. Because these radiation wave travels with a magnetic field, waves come in small explosions, the frequency of each explosion is higher than that of the earlier explosion, which is similar to the growing chorus of voices.
Recently, scientists have made a discovery that actually supports an important aspect of the principle of how these chorus waves become. Using data of magnetosferic multicaler satellite, the team of researchers measured how electrons spread inside the chorus well. He saw something that the model of physicists had predicted for many years – a “hole” in electron radiation. This discovery supports the current understanding of Chorus Veve mechanisms.
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