On January 29th, a potent M6.8-class solar flare erupted from Sunspot region AR3567, leading to the initiation of a moderate solar radiation storm. Space experts are cautioning about the potential for upcoming geomagnetic storms. The Sun unleashed a robust solar flare accompanied by a coronal mass ejection (CME) on the specified date, as reported by space weather tracking services. The M6.8-class solar flare emanated from Sunspot region AR3567 late Saturday, resulting in a moderate S2-level solar radiation storm. These radiation storms have the capacity to disrupt radio signals relied upon by pilots and mariners. Additionally, this event propelled an Earth-directed CME into space.
 |
| Stunning post-flare loops beautifully captured by Argentine astronomer Eduardo Schaberger Poupeau. (Photo: Eduardo Schaberger Poupeau) |
Models developed by NASA and NOAA analysts indicate that the CME is likely to mostly bypass our planet. However, there is a possibility of a sideswipe from the outer edges of the cloud. If the charged plasma and magnetism connect, it could give rise to a minor G1-level geomagnetic storm around January 31st. G1-level storms typically have negligible impacts on infrastructure, with minimal effects on regional power grids and satellite orientation. Northern skywatchers may enjoy slightly enhanced aurora sightings for a night or two.It is crucial to note that each CME behaves uniquely, and later updates may alter if models change in terms of their projected path and potency. NOAA is issuing warnings about potential R1-R2 radio blackouts in the coming days linked to the activity from volatile Sunspot AR3567. Radio blackouts have the potential to disrupt high-frequency communications and radar operations. Astronauts aboard the International Space Station may also take precautions during such events.
As Solar Cycle 25 approaches its peak, with 2023 concluding with a significant X5 solar flare, anticipation builds for increased sunspot activity capable of generating solar flares and coronal mass ejections (CMEs). This heightened phase of solar activity, expected to span several years, may bring notable space weather events in 2024. According to the Prediction Panel, Cycle 25 is anticipated to peak with a maximum of 115 sunspots in July 2025.
In addition to these astronomical events, April 8, 2024, holds the promise of a rare total solar eclipse, providing a unique opportunity to witness the sun's magnificent corona. If the timing aligns with totality, there is even a possibility of observing a real-time coronal mass ejection (CME). This celestial spectacle offers enthusiasts a captivating glimpse into the dynamic and captivating phenomena of the sun.
Related Queries
waning gibbous
how many earths fit in the sun
is the sun bigger than the earth
which of the following paths could not be a real orbit for a planet around the sun?
nasa 17 worlds
in ptolemy’s earth-centered model for the solar system, venus’s phase is never full as viewed from earth because it always lies between earth and the sun. in reality, as galileo first recognized, venus is __________.
how far away is earth from the sun
how fast is the earth moving around the sun
start at the beginning of the moon orbit video, which shows the sun and part of earth's orbit. if we wanted to show the moon's orbit on the scale of this starting frame, we would need to draw a circle that __________.
sun flares
scientific theory developed by egyptian astronomer, ptolemy, in 170ce; claimed the earth was at the center of the universe. proven by galileo to be the wrong.
historical figure- anglo-irish philosopher, physicist, alchemist, inventor and chemist. known for being the father of modern chemistry
what do sunspots and solar flares have in common?
historical figure- english philosopher who was influential in the enlightenment for his thoughts on natural law and natural rights
historical figure- italian astronomer known for his invention of a more powerful telescope; studied astronomy, physics and engineering. he was placed under house arrest by the roman catholic church for his discoveries.
historical figure- scottish economist & philosopher. known for the development of the free market economy theory
how can we measure the strength of magnetic fields on the sun?
historical figure- french judge, historian & political philosopher. known for his idea of a government having separation of powers
historical figure- english mathematician, physicist, astronomer, alchemist, philosopher and theologian. known for discovering the laws of gravity
era of great progress in the understanding the workings of nature that led to the emergence of modern science and the scientific method.
historical figure- polish mathematician and astronomer known for the heliocentric theory.
nasa issues warning as asteroid the size of a football pitch approaches earth
