As a sunspot grew unstable and exploded, a canyon of fire opened up on the sun, hurling debris into the sky. The magnetic filament formed around sunspot AR3089.
According to spaceweather.com, which measures solar activity, the magnetic filament grew unstable and exploded, with its debris cutting through the sun's atmosphere, generating a "canyon of fire" with walls about 20,000 kilometers tall and nearly five times as long.
Canyon of fire
NASA/Unsplash
Astronomers believe a Coronal Mass Ejection (CME) will explode from the blast site.
However, no sightings have been reported by space-based observatories or terrestrial telescopes as of yet, as per India today.
Coronal mass ejection is one of the largest eruptions from the Sun's surface, capable of containing a billion tons of stuff pushed into space at several million miles per hour.
This solar material is ejected into the interplanetary medium, crashing against any planet or spacecraft in its path.
When a powerful CME passes close to Earth, it may destroy the electronics in our satellites and impair radio communication networks on the ground.
The newest development occurs as two CMEs pass across Earth's magnetic field, causing brilliant auroras.
The initial hit was small, but the second was stronger, and their combined influence might cause a moderate G1-class geomagnetic storm on Tuesday.
The National Oceanic and Atmospheric Administration's (NOAA) Space Weather Prediction Center reported widespread radio blackouts over sections of the United States and South America after multiple M-class solar flares impacted Earth.
The greatest of these flares, an M8, happened on August 29, and there was also an M4, M3, and a long-duration M2 flare.
These phenomena may cause a short blackout of high-frequency radio transmission on the sunlit side of the Earth, a loss of radio contact for tens of minutes, and/or a deterioration of low-frequency navigation signals for tens of minutes.
As further solar flares are forecast, the ionosphere disturbance might affect amateur radio operators' signals, causing them to fade at particular frequencies, according to NOAA.
The United States National Oceanic and Atmospheric Administration on Monday issued a warning against an enormous geomagnetic storm caused by a strong solar flare, as per Republic World.
According to the department, the solar flare could cause massive disruption to power grids and affect spacecraft and satellites.
The northern lights are also predicted to be seen in New York as a result of the phenomena.
The enormous solar storm that is expected to reach Earth today might cause significant damage. Based on the geomagnetic storm watch findings, a G2 or moderate warning was issued.
According to astronomers, the Earth might feel the consequences of a quick flash caused by enhanced light from the Sun 93 million miles away.
Although solar flares emit significant levels of radiation, they are not hazardous to humans on Earth's surface.
The geomagnetic storm may influence man-made electrical networks and satellites, but it will not affect people.
Earlier in 1989, a powerful solar explosion knocked off electricity for nine hours in the Canadian province of Quebec, demonstrating the magnitude of the effect.
Solar flares are strong bursts of radiation that occur when magnetic field lines around sunspots tangle, cross, and reorganize, according to NASA.
Solar flares are occasionally accompanied by coronal mass ejections. CMEs are massive bursts of radiation and particles emitted by the Sun.
When the Sun's magnetic field lines unexpectedly rearrange, they erupt into space at great speeds. As previously said, large flares can create significant disturbances on Earth.
