youtu.be
AMAZING Solar Storms Are Steering Our Weather?!
YouTube video by Soup Sets
Bluesky · Hashtag
#SolarStorms
15
posts · 30d
8
users
1
posts / day
1.9
posts / user
+ 133% vs last week
#SolarStorms is an active hashtag on Bluesky. In the last 30 days, 8 people shared 15 posts with it — around 1 a day. Activity is up 133% versus the previous week, peaking on Aug 4 with 6 posts.
#SolarStorms posts per day (last 30 days)
Posts with #SolarStorms
Great #COSPAR2026 conference week in (hot) Florence, Italy, with 2 invited talks by Emma Davies and Christian Möstl, on the observations of #solarstorms between the Sun and Earth, their large scale magnetic structure, which we need to understand for better forecasts, and future @esa.int missions!
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Solar Storms Are Steering Our Weather: solar forces "CAN NUDGE" Earth's weather. Geomagnetic storms, coronal mass ejections, and their interactions with the magnetosphere #geomagneticstorms #solarstorms
youtu.be/Lb0i41IbG3s
statusl.ink/solarstormsa...
3 16 82
My new book, "Ripples on the Cosmic Ocean," was published today! And here's a new article in @theconversation.com that explains how #solarstorms have influenced #history, and may threaten our future. Spoiler: it's really not a good idea to cut science at NASA. theconversation.com/solar….
theconversation.com
Solar storms have influenced our history – an environmental historian explains how they could also threaten our future
From communications outages to a brush with nuclear war, solar events like flares and coronal mass ejections have shaped human history.
7 18 50
Tree rings show Earth was hit by an extreme solar storm 14,300 years ago, likely caused by multiple CMEs striking in succession. It flooded the atmosphere with radiation, far beyond modern levels, and shows how intense solar activity can become.
🔭🧪⚒️
#SolarStorms
#SpaceWeather
#Paleoclimate
www.sciencealert.com
The Most Violent Solar Storm Ever Detected Hit Earth in 12350 BCE
A huge cosmic event some 14,300 years ago was so powerful, it left a discernible mark on our planet.
3 11 38
Late Saturday Apr 12 to early Sunday Apr 13 the Sun has unleashed 2 filament eruptions, south-east and south-west of the central meridian. The resulting #solarstorms are due to arrive at Earth late Tuesday Apr 15, but they are slow and we do not expect a strong geomagnetic response.
(NASA/SDO 304)
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We just got an X5 flare from the same active region that launched the 2 #solarstorms earlier this week, at around 20 degrees north and west of disk center. We will again need to see whether a storm was launched with coronagraphs and then evaluate its potential arrival at Earth in the upcoming days.
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The source region of both #solarstorms, one from early Sunday Nov 9, and the other from early Monday Nov 10, are (as usual) complex. Judging from the main neutral line, where the +/white, and -/black magnetic fields meet, we may expect a magnetic field rotation as south-east-north (SEN) or ENW.
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Tomorrow is the anniversary of the 10-11 May 2024 geomagnetic superstorm! Our paper in @agu.org Space Weather led by Eva Weiler demonstrates the solar source of 5 interacting #solarstorms and the possibility to better predict such events with sub-L1 monitors in the future.
🧵👇
doi.org/10.1029/2024...
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Cover reveal for the new edition of my #sci-fi novel, which will be republished by Ten16 Press later this year, release date TBD (September?).
#writingcommunity #amwriting #ampublishing #bookcover #visionaryfiction #consciousness #electromagnetism #solarstorms #spirituality #awakening #seriesbook
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Nice assessment of the incoming #solarstorms, we‘ll keep an eye out tomorrow Dec 31. 3 storms erupted on the ☀️ early to late Dec 29. The latest of the 3 is most Earth directed, the first 2 more eastbound. ESA Solar Orbiter is at 0.95 au at 12 deg east and may signal whats coming a few hours earlier.
Vincent Ledvina @vincentledvina.bsky.social
🚨Important updates about the NYE aurora event. 🚨 1. Impact timing moved from 1 UTC Dec 31 --> 15 UT Dec 31 2. 1-2 punch - Two CMEs potentially arriving midday-late UTC on Dec 31. This could cause higher geomagnetic activity. Kp 6-7 storming seems most likely, not G4 imo. #heliophysics ☀️
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There are a few rather minor #solarstorms traveling to the west of Earth at the moment, and we expect only minor effects at Earth in the next few days, starting Thursday October 16. Likely only high-latitude #aurora is possible.
However - the @esa.int #SolarOrbiter spacecraft observed them!
👇
1 4 13
Great #COSPAR2026 conference week in (hot) Florence, Italy, with 2 invited talks by Emma Davies and Christian Möstl, on the observations of #solarstorms between the Sun and Earth, their large scale magnetic structure, which we need to understand for better forecasts, and future @esa.int missions!
0 1 9
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Solar Flares
#Space #SpaceWeather
#SolarFlares #SolarStorms
#TheMagnetosphere
en.wikipedia.org/wiki/Sol….
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Solar Flares
#Space #SpaceWeather
#SolarFlares #SolarStorms
#TheMagnetosphere
en.wikipedia.org/wiki/Sol….
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Solar Flares
#Space #SpaceWeather
#SolarFlares #SolarStorms
#TheMagnetosphere
en.wikipedia.org/wiki/Sol….
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#Earth May Be Twice As #Vulnerable to Extreme #SolarStorms As #Scientists Thought
scitechdaily.com/earth-ma….
scitechdaily.com
Earth May Be Twice As Vulnerable to Extreme Solar Storms As Scientists Thought
Earth may be far more vulnerable to powerful solar storms than scientists realized, with extreme events potentially hitting modern technology twice as hard as previous models predicted.
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New Study Reveals Earth's Magnetic Field May Respond Strongly to Extreme Solar Storms
🤖 IA: It's clickbait ⚠️
👥 Users: It's clickbait ⚠️
#spaceweather #solarstorms
View full AI summary:
en.killbait.com
New Study Reveals Earth's Magnetic Field May Respond Strongly to Extreme Solar Storms
Scientists have long believed there is an upper limit to the intensity of solar storms that could affect Earth. However, new research challenges this assumption, suggesting Earth's magnetic field may respond proportionally to extreme events without saturation. The study addresses how measurements from satellites at the L1 Lagrange point can mislead analyses by not accounting for time delays and plasma changes during solar wind travel. Using statistical models and regression calibration techniques, researchers found that geomagnetic responses are linear rather than saturated, implying past estimates of solar storm impacts could be underestimated. This has significant implications for space weather preparedness, as extreme events like the 1859 Carrington Event might have far greater consequences today due to modern infrastructure dependencies on satellites and communication systems. The findings, published in Nature, highlight the need for updated models that consider these potential effects without assuming natural limits to Earth's responses.
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Risks of #solarstorms may be #underestimated, warn researchers
Solar storms could be far deadlier than we thought! New research reveals the supposed upper limit on Earth's space weather response is an illusion, meaning risks to tech are scaling up >> scitechupdates.com/r...
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The Shocking Truth About the 1989 Quebec Blackout
The March 13, 1989 geomagnetic storm was caused by a X15-class solar flare that erupted on March 9, 1989. Hydro-Québec's entire power grid collapsed in just 92 seconds, leaving ...
#ElectricityGrid #GeomagneticEvents #SolarStorms #Nature #Science
mazingamazingly.blogspot.com
The Shocking Truth About the 1989 Quebec Blackout
The March 13, 1989 geomagnetic storm was caused by a X15-class solar flare that erupted on March 9, 1989. Hydro-Québec's entire power grid collapsed in just 92 seconds, leaving 6 million people withou
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A new study in @nature.com Sivadas et al. (2026) is just published - they show the solar wind we measure at L1 does not map exactly to that impacting the magnetopause, and this leads to an illusion of saturation of the magnetosphere for strong #solarstorms.
www.nature.com/articles/s41...
www.nature.com
Regression to the mean can explain saturation of geomagnetic storms - Nature
The saturation of geomagnetic activity with solar wind strength can be explained by a regression to the mean effect, suggesting that the impact of extreme geomagnetic storms can be twice as large as p...
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