Let me preface this Chicken Little article by noting that I thought the Y2K hysteria was silly, and
most solar flare hype is silly too.
Most solar flares and coronal mass ejections originate in magnetically active regions around visible sunspot groupings.
Not exact matches
The so - called Carrington Event of 1859 began with a bright
solar flare and an ejection of magnetized, high - energy particles that produced the
most intense magnetic storm ever recorded on Earth.
At 5:10 a.m. EDT (0910 GMT), an X-class
solar flare — the
most powerful sun - storm category — blasted from a large sunspot on the sun's surface.
Early this morning (Sept. 6), the sun released two powerful
solar flares — the second was the
most powerful in more than a decade.
When they detect iron - XII, they know they are witnessing the sun's
most energetic event — a
solar flare.
These particles are the by - products of
solar flares, the
most powerful explosions anywhere in the
solar system.
Like hurricanes in the Atlantic,
solar flares have a season: the two - to - three - year period of the
solar cycle when the sun is
most active.
Four were X-class
solar flares, the
most intense kind.
But in this case, there was no observable
solar flare, meaning the hot material was
most likely produced by a series of
solar flares so small that they were undetectable from Earth: nanoflares.
This indicated that the neutrons were
most likely produced by accelerated
flare particles striking the lower
solar atmosphere, releasing neutrons as a result of high - energy collisions.
One of STEREO's
most important tasks will be tracking
solar flares and coronal mass ejections, which pack the force of a billion - megaton nuclear bomb and are the
most powerful explosions in the
solar system.
This new analysis implied that the star actually released a 1 - minute - long
flare, a thousand times brighter than the star's usual shine — perhaps 10 times brighter than the
most powerful
solar flares from our own sun on record, said Weinberger.
Scientists dread finding out what a strong
solar flare like that could do to us, so heavily dependent on electronic devices for, well,
most everything.
It was the
most powerful since an enormous X17
flare burst forth in 2005, but even that doesn't stack up against the
most intense
solar flare ever seen.
As well as keeping an eye out for
solar flares, it will also be looking well past the Sun to gain a better grasp of the earliest,
most distant galaxies we have ever observed to give astronomers a better idea of what happened in the very early days of our Universe, and perhaps shed light on how the relationship between gravity and dark matter evolved.
Flares are the
most violent eruptions in the
solar system, while coronal mass ejections are less violent but involve extraordinary amounts of matter — a single ejection can spout roughly 20 billion tons (18 billion metric tons) of matter into space.
Within the
solar cycle,
solar storms such as
flares and coronal mass ejections (CMEs) are
most numerous within a several - year period known as the
solar maximum.
This year has been the record of the
most violent
solar storms, producing the strongest coronal
flares from the sun.
Flashes of small
solar flares can be seen triggering
most of these spurts.