A particularly large explosion of class M solar flare was observed by the Solar Dynamics Observatory from NASA yesterday, June 14. Immediately after the explosion, electromagnetic energy was released into space and its effect was felt on Earth in parts of Russia and Japan. As the energy traveled at the speed of light, it arrived earlier and caused little damage to the Earth’s radios. However, today, June 15, the coronary mass ejection (CME) is expected to send a large solar storm to the planet. The delay between yesterday’s initial impact and today’s solar storm is due to the fact that the CME carries larger charged solar particles and takes almost 24-48 hours to reach us. Anxiety, as it carries more electromagnetic energy, can also disrupt GPS signals and certain radio frequencies. Find out what to expect from this solar storm. Read also: NASA mission failed in shock! Astra rocket crashed, 2 satellites lost Information about this solar storm comes from Dr. Tamitha Skov, a space-time physicist. Widely known as the woman of space weather, she took to Twitter to reveal the details of this upcoming solar storm. He said: “NASA forecast shows a slightly faster #solar storm hitting in early June. If the storm hits early, it increases the chances of #aurora. #GPS users remain vigilant over high latitudes and close to dawn and dusk. “Amateur # radio stations switch to lower frequencies as soon as the storm hits.” Check out NASA’s forecast model below. Read also: Are you looking for a smartphone? To check the mobile finder click here.
Dangerous solar storm will approach the Earth on June 15
According to NASA forecast models, the solar storm is going to hit in the Southeast direction from the North Pole. Therefore, it can affect different regions of Europe and Asia are more likely to be affected by it compared to the American continent. Skov also warned users to be careful when using GPS at high latitudes, which means that various navigation systems, including airlines, will be affected. Ham radio will also be affected and users have been asked to use a lower band for the same. There is a possibility of a saddle appearing in the greater latitudes if the solar winds increase the speed. Read also: The ISRO – NASA Space Apps 2022 challenge is here. Check out the details, learn how to get involved Solar storms have been frequent since the beginning of this year. This is due to the fact that the Sun is moving towards its maximum solar phase, which is part of its 11-year solar cycle. During solar maximum, solar activities including accidental burns, solar flares and solar protrusions increase and also pose a threat of very intense solar storms to Earth. The Sun is expected to reach its solar maximum in 2023.
