UPDATED 6/2/25
The Sun blasted two coronal mass ejections (blobs of plasma) towards the Earth on May 30th 2025 from one large and very active sunspot, and the combined effect of these shockwaves will trigger powerful geomagnetic storming across the planet.
What can I say? The “EXPERTS” are predicting that the solar flares released from the Sun today will cause a GEOSTORM to hit the Earth in the next few days. IF this turns out to be true, then we could lose power. CME(s) could shut down the electrical grid and the internet.
the combined effect of these shockwaves will trigger powerful geomagnetic storming across the planet. Technological disruptions are more likely to occur, such as satellite failures, GPS issues, even power grid failures! And there are known biophysical and health effects such as changes to blood viscosity and clotting, activation of the sympathetic nervous system, higher risk of cardiac infarctions in elderly persons and those with cardiac issues, as well as general symptoms such as alterations to circadian rhythms, inflammation, fatigue, and more. Source
I do not live in fear because I know that GOD is in CONTROL. However, I would be derelict in my duties if I did not at least make you aware of what COULD be coming your way in a matter of days or hours.
Please, do not panic or worry. Just prepare as best you can. TRUST GOD.
4 Rejoice in the Lord always: and again I say, Rejoice.
5 Let your moderation be known unto all men. The Lord is at hand.
6 Be anxious for nothing; but in everything by prayer and supplication with thanksgiving let your requests be made known unto God.
7 And the peace of God, which passeth all understanding, shall keep your hearts and minds through Christ Jesus. Philippians 4
3-Day Forecast
Issued: 2025 Jun 02 1230 UTC
Prepared by the U.S. Dept. of Commerce, NOAA, Space Weather Prediction Center and processed by SpaceWeatherLive.com
A. NOAA Geomagnetic Activity Observation and Forecast
The greatest observed 3 hr Kp over the past 24 hours was 8 (NOAA scale G4).
The greatest expected 3 hr Kp for Jun 02-Jun 04 2025 is 6 (.67NOAA scale G3).
NOAA Kp index breakdown
Jun 02 Jun 03 Jun 04 00-03UT 4.67 (G1) 4.33 4.00 03-06UT 5.00 (G1) 5.67 (G2) 4.00 06-09UT 6.33 (G2) 4.67 (G1) 3.33 09-12UT 6.67 (G3) 4.67 (G1) 3.00 12-15UT 5.00 (G1) 4.67 (G1) 3.00 15-18UT 4.67 (G1) 4.33 3.33 18-21UT 6.67 (G3) 4.00 3.00 21-00UT 4.67 (G1) 4.00 2.67
Rationale
G1-G3 (Minor-Strong) geomagnetic storms are expected on 02 Jun due to CME effects. G1-G2 (Minor-Moderate) are likely on 03 Jun in response to coronal hole effects.
B. NOAA Solar Radiation Activity Observation and Forecast
Solar radiation, as observed by NOAA GOES-18 over the past 24 hours, was above S-scale storm level thresholds.
Solar Radiation Storm Forecast for Jun 02-Jun 04 2025
Jun 02 Jun 03 Jun 04
S1 or greater 99% 40% 25%
Rationale
The probability of S1 (Minor) solar radiation storms are expects decline over 02-04 Jun.
C. NOAA Radio Blackout Activity and Forecast
Radio blackouts reaching the R1 levels were observed over the past 24 hours. The largest was at Jun 02 2025 1118 UTC.
Radio Blackout Forecast for Jun 02-Jun 04 2025
Jun 02 Jun 03 Jun 04 R1-R2 65% 55% 55% R3 or greater 15% 15% 15%
Rationale
R1-R2 (Minor-Moderate) radio blackouts are likely, with a slight chance of R3 (Strong), over 02-04 Jun.
Orginal image from: https://www.travelandtourworld.com/news/article/severe-solar-storm-hits-earth-june-1-auroras-dazzle-flights-and-gps-may-see-disruptions-what-more-you-need-to-know/
A powerful solar storm swept across Earth on June 1, 2025, captivating skywatchers with breathtaking auroras while raising concerns about potential disruptions to airline travel and GPS services. This geomagnetic event was triggered by a significant coronal mass ejection (CME) from the Sun, which has been closely monitored by space weather agencies due to its implications for transportation and communication systems. In this article, we will explore the details of this solar storm, its impacts on travel and technology, the stunning auroras it produced, and essential tips for public awareness.
Understanding the Solar Storm: What Happened?
On June 1, 2025, a massive solar storm made its presence known after a strong M8.2-class solar flare erupted from sunspot region 4100 on May 31. This intense flare lasted over three hours and propelled an immense burst of solar plasma towards Earth at speeds nearing 1,938 kilometers per second. Such rapid and energetic events are relatively rare within Solar Cycle 25 but can have significant effects on our planet.
The National Oceanic and Atmospheric Administration (NOAA) along with NASA confirmed that this CME was responsible for the subsequent geomagnetic storm affecting Earth’s magnetosphere. The resulting G4 (Severe) geomagnetic storm watch prompted alerts for possible disruptions in various sectors reliant on precise navigation and communication.
Travel Implications: Airlines and Navigation Systems
This intense geomagnetic activity poses serious risks for aviation operations. High-frequency (HF) radio communications crucial to pilots may experience interference as well as potential disruptions in satellite-based navigation systems used by both airlines and maritime vessels. Consequently, NOAA’s Space Weather Prediction Center (SWPC) along with the Federal Aviation Administration (FAA) issued advisories urging airlines to prepare for possible flight delays or rerouting—especially those operating in polar regions where exposure to solar radiation is heightened.
In previous instances during similar events—such as back in 2015—airlines were forced to reroute transpolar flights due to communication blackouts caused by geomagnetic storms. With advancements in technology making systems more sensitive to such disturbances, airlines are taking proactive measures to avoid repeat disruptions.
Impact on GPS Devices
Travelers relying on GPS-enabled devices may also encounter challenges during such storms. Users in remote areas or those dependent on accurate navigation may notice diminished accuracy or temporary service interruptions. It is crucial for individuals traveling during these events to stay updated about any potential issues related to their navigation tools.
Auroras: A Stunning Natural Display
Despite the challenges posed by the solar storm, one of its most captivating features was the beautiful auroras that graced North America and Europe. Reports indicated sightings of these shimmering lights reaching as far south as Alabama, New Mexico, and Northern California on the night of May 31 into early June 1. Across Europe, countries like Scotland, Germany, and Scandinavia experienced similar dazzling displays.
Auroras occur when charged particles emitted by the Sun collide with Earth’s magnetic field, causing atmospheric gases to emit vibrant colors ranging from greens to purples—a truly mesmerizing natural spectacle that draws enthusiasts from around the globe.
Real-Time Monitoring: Keeping Watch Over Space Weather
The trajectory of this CME was monitored using advanced instruments such as NASA’s Solar Dynamics Observatory and NOAA’s DSCOVR satellite stationed at Lagrange Point 1—an ideal vantage point for observing solar activity impacting Earth in real-time. The SWPC’s G4 alert urged power grid operators and satellite companies alongside transportation sectors to remain vigilant against potential electrical fluctuations or signal degradation associated with severe geomagnetic storms.
The Broader Risks Associated with Solar Storms
Beyond disruptions in travel-related services like aviation or GPS navigation systems lie broader risks posed by severe geomagnetic storms:
- Power Grids: Induced electric currents during powerful storms can overload electrical systems leading to blackouts—historically highlighted during Quebec’s infamous blackout in 1989 caused by a solar storm.
- Satellites: Increased radiation levels can damage onboard electronics or affect satellite orbit stability particularly concerning satellites positioned in low Earth orbit where drag effects are more pronounced.
- Communication Systems: HF radio outages impact long-distance communication vital for marine operations as well as military communications thereby necessitating alternative solutions during periods of high solar activity.
A Comparison with Historical Events
This recent event ranks among one of the strongest observed during current Solar Cycle conditions; however, it does not reach the intensity level of the infamous Carrington Event from 1859—a historical benchmark regarded for its substantial impact that led telegraph failures globally alongside auroras visible near equatorial latitudes. Modern technological reliance makes us increasingly susceptible hence heightened awareness regarding such natural phenomena is critical moving forward.
Your Guide: Staying Informed During Solar Events
No matter where you find yourself located geographically speaking; being informed helps mitigate risks associated with severe space weather occurrences such as this one:
- Follow Official Updates: Regularly check official platforms like NOAA’s Space Weather Prediction Center or NASA’s Space Weather Portal for real-time updates regarding ongoing conditions surrounding space weather events affecting Earth directly.
- Avoid Polar Airspace Travel: If planning travel routes consider avoiding polar airspace altogether until advisories have been lifted ensuring safety amidst unpredictable conditions brought forth through these types of disturbances across skies worldwide!
- Savoring Auroral Displays: For those wanting an up-close encounter enjoy viewing locations far removed from city lights providing optimal visibility opportunities! Best times usually occur post-10 PM local time allowing longer exposure photography sessions capturing vivid displays!
LISTEN FOLKS!! IF THE POWER GRID AND THE INTERNET GO DOWN- PLANES COULD LITERALLY FALL FROM THE SKY!!
If they are truly expecting this CME to take down all systems. DO NOT TRAVEL BY PLANE OR SHIP UNTIL THE THREAT IS OVER…
that is MY RECOMMENDATION!
The Final Word: Beauty Meets Volatility
The occurrence of this significant solar storm serves not only as a visual delight but also underscores how our modern infrastructure continues grappling amidst nature’s magnificent yet volatile phenomena resulting from celestial activities beyond human control! While awe-inspiring sights illuminate night skies across continents; sectors dependent upon precision must remain alert navigating challenges brought forth through unpredictable forces originating countless miles away—from our very own Sun itself!
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END OF UPDATE
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Two Plasma Shockwaves are going to ENGULF the Earth ⚠️ Severe to Extreme Geomagnetic Storm Warning!
G4 (Severe) Geomagnetic Storm Watch in Effect for 2 June UTC-Day
Current Space Weather Conditions on NOAA Scales
published: Saturday, May 31, 2025 20:43 UTC
A G4 (Severe) geomagnetic storm watch is in effect for 2 June. A powerful coronal mass ejection (CME) erupted from the Sun the evening of 30 May. The CME is anticipated to arrive at Earth later on Sunday, 1 June. The CME arrival will likely lead to immediate geomagnetic disturbances with the potential for G3 (Strong) levels, and a chance for G4. Conditions will likely intensify as CME progression continues and G4 levels become more possible on Monday, 2 June. Geomagnetic storm levels will likely begin subsiding by Tuesday, 3 June, with G1-G2 (Minor-Moderate) still possible. Confidence in an Earth-arrival component to this CME is good. However, timing and intensity are more uncertain. These watches represent potential based on our best analyses. We will not know the true nature of this CME’s geomagnetic storm potential until the CME arrives at our solar wind observatories located 1 million miles from Earth. Upon arrival at those spacecraft, we will know the magnetic strength and orientation that are very important to what levels and duration of geomagnetic storm conditions are expected to occur. As always visit our website for the latest information and updates.
A severe geomagnetic storm watch issued by National Oceanic and Atmospheric Administration (NOAA) is in effect for June 2, with the agency warning that the powerful solar event could disrupt critical infrastructure.
Shawn Dahl, a space weather forecaster at NOAA’s Space Weather Prediction Center (SWPC), told Newsweek in an email Saturday: “We are already taking measures to notify FEMA [Federal Emergency Management Agency] for their awareness only at this time” so the agency can make “preparation[s] to deal with and manage geomagnetic induced currents that will likely develop in high voltage transmission lines,” potentiallyimpacting the nation’s power grid.
Why It Matters
Geomagnetic storms are classified by the NOAA on a scale of G1 (minor) to G5 (extreme), with G5 being the most powerful and least common.
The fluctuations in our planet’s magnetic field during a geomagnetic storm create electric fields on the Earth’s surface. When these electric fields interact with conductive materials like rock, soil or water, they induce electrical currents in the ground.
These currents, coupled with the electric fields in the ground, can lead to geomagnetically induced currents (GICs), which can travel through power grid systems. These GICs overload transformers and other electrical components, leading to potential damage or large-scale power outages.
What To Know
On Saturday, NOAA issued a geomagnetic storm watch with a strong (G3) alert for June 1, a severe (G4) alert for June 2 and a moderate (G2) alert for June 4.
The warning comes after “a powerful coronal mass ejection (CME) erupted from the Sun” on May 30. It is expected to arrive at Earth on Sunday, June 1. CME is an “eruption of solar material and magnetic fields,” according to NOAA.
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He added that if the magnetic field of the CME is “strong and oriented orientated opposite Earth, we are quite confident in G3-G4 levels being reached,” whereas if it is not than the severity becomes less likely.
The effects of a geomagnetic storm can be significant, with NOAA’s watch stating, “detrimental impacts to some of our critical infrastructure technologies are possible, but mitigation is possible.” The infrastructure can be impacted by overload transformers, potentially causing temporary blackouts of the power grid, or interfering with satellites communications and GPS disruptions, among others.
What People Are Saying
Matthew Cappucci, an atmospheric scientist wrote on X, formerly Twitter, on Saturday: “A rare ‘G4’ geomagnetic watch has been hoisted by the Space Weather Prediction Center in Boulder, Colorado – indicating they are unusually confident in direct Earth impacts.”
My Radar Weather posted on X Saturday: “This is a BIG deal! A ‘severe’ geomagnetic storm is coming – and LOTS of Americans might get to see the aurora borealis!”
Dr. Tamitha Skov, a space weather physicist, wrote on X Saturday: “Our Sun finally aims straight for Earth! NASA model predictions show a very fast #solarstorm travelling near 1000 km/s that could hit Earth by midday June 1. A slower storm ahead might cause a slight traffic delay, but G4-levels by June 2 are possible. This means #aurora may be visible deep into mid-latitudes. Considering we expect big flares to continue on Earth’s dayside over the next few days, this means both the dayside and nightside radio bands will remain noisy, with periodic disruptions.”
Geomagnetic storms can make aurora borealis, or the northern lights, more visible by disrupting the Earth’s magnetic fields. NOAA says the aurora may be visible for the northern half of the country, as well as other sites.
The SWPC will continue updating information about the solar event throughout the day and leading up to its expected impact.
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