On July 15, a solar filament erupted from the upper left side of the sun, which removes a powerful explosion of plasma and magnetic fields into space. The resulting explosion was so large that it was a deep, fierce mark of warm plasma and debris on the visible surface of the star.
While filament explosions are not uncommon, astronomers were already watching an unusually large filament – dense ribbon of the gas suspended above the sun surface – which they saw the first day of the explosion. When the filament was compulsorily collapsed, they had Solar mobility observatory Prepare to catch the violent wave of plasma due to small instability in the Sun’s magnetic field.
The resulting explosion led to a at least 12,400 miles (20,000 km) height with a height of 250,000 miles (400,000 km) to a “fire of fire” a gargan “fire” fire “, an astronomer who is an astronomer. Spaceweather.comA site that tracks solar activity and other space weather events. “A grand valley, really,” he wrote Brief update of event,
A practical reason people monitor astronomers can cause explosion that sometimes can cause rapid burst of coronal mass ejection events (CME), or plasma and magnetic fields. When CME reaches the Earth, they can trigger geomagnetic storms that shock the power grid and network system. For astronauts in space, these can be storms Expose them to dangerously high level radiationTo affect their health.
Fortunately, by following observation Solar and Heliospheric Observatory And this National Oceanic and Atmospheric Administration Confirmed that this CME seems to be moving away from the earth. As how long the filament mark will last on the sun, we just have to see.
