Geomagnetic storms refer to large or small disorders that occur in the earth’s magnetosphere because of an efficient energy exchange of solar winds enter the earth’s space environment.
A fierce solar storm that moves towards the earth with a speed of 1.6 million kilometers per hour is expected to hit the earth on Tuesday, because there may be power failure throughout the world, according to spaceweather.com. As a result, wind speeds can reach 500 km / s, which leads to a high geomagnetic and aurora latitude storm.
The OCEANIC and National Administration Administration (NOAA) has classified this storm as a G-1 or ‘minor’.
“The solar wind will come: then today, high-speed solar wind flow is expected to hit the earth’s magnetic field. Flowing from the equator in the sun’s atmosphere, wind speed can reach 500 km / s. Full geomagnetic storm. Not possible, but the riot of geomagnetic Lower can trigger high latitude auroras, “Spaceweather.com said.
According to SpaceWeather.com, Solar Flare, flowing from the equator in the sun’s atmosphere, was first detected on July 3.
Satellites in the atmosphere over the earth are also expected to be influenced by the incoming flares. This will directly affect GPS navigation, cellphone signal and satellite TV. The lattice can also be beaten by a sun flare.
According to the United States space weather prediction space, the storm can also cause high frequency radio communication blackouts for almost an hour in a large area.
What is a geomagnetic storm?
Geomagnetic storms refer to large or small disorders that occur in the earth’s magnetosphere because of an efficient energy exchange of solar winds enter the earth’s space environment.
Is it solar flare?
Solar flare is a big explosion on the sun surface that releases energy, light and high-speed particles into space. According to NASA, the largest flare is known as “class X flare” based on the classification system that categorizes solar flares according to their strength. The smallest is under the class, followed by B, C, M and X. Solar flares that tend to hit the earth’s magnetic field today are class X.