A new research reveals that the Sun's emissions that fire electrically charged particles towards Earth, which makes solar storms may remove a large part of electrons from Earth's atmosphere. When the solar storm reaches Earth's atmosphere, the impact with the planet's magnetosphere will develop a heavy cloud of charged particles that are nearly 80 kilometers on the top of the planet.

According to PERFSCIENCE, this kind of event usually happens due to the magnetic fields that happen in a view of eruptions on the surface of the Sun. After the major solar storm, Electrons will fade on the large parts of the atmosphere and it appears as if they gather in different regions.

As of now, researchers only realize that the phenomenon happened but does not know why it happened, rather there is a plenty of information to review its survey to find some clues. The solar storms are not new, but the findings that it can destroy electrons is definitely new.

The satellites and geomagnetic measuring stations that is operated by DTU as indicated by UPI have recorded a large number of data that identifies the 2014 storm. Yet, the main objective of Per Høeg and his associates is to better comprehend how electromagnetic storms can affect the communications and route systems.

But the researchers hope that by continuing the analysis of electromagnetic data will additionally light up the phenomenon of the missing electrons. The DTU Space researchers are also involved in a various of different researchers under the ESA as well as the European Union's Horizon 2020 program.

NASA is additionally planning to send a space mission to investigate solar storms and any other solar activity at a distance of four million miles from the Sun's surface. Understanding solar storms is an extremely critical as it can interrupt satellite signals and can damage radio communications, which is becoming essential for the world as a whole.

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