1450 This Solar Storm Impact Just Took a Crazy Turn...

EN English (FR IT PT SP)

21 Mar 2026

A strong solar storm is impacting Earth, with the magnetic field reaching 38 nanotesla, significantly stronger than normal. This has coincided with increased seismic activity, including a magnitude 6.7 earthquake in the North Atlantic. The situation is further complicated by the presence of large coronal holes on the sun, which are associated with high-magnitude earthquakes.

A strong solar storm, potentially reaching G4 levels, is impacting Earth due to a combination of factors including a coronal hole and planetary alignments. This storm coincides with a significant increase in seismic activity, including a 6.7 magnitude earthquake on the Mid-Atlantic Ridge, the second largest of 2026. The correlation between solar activity and earthquakes is highlighted, with past major earthquakes aligning with similar solar conditions.

A significant 6.7 magnitude earthquake occurred on the Mid-Atlantic Ridge, a transform fault section, highlighting the potential for seismic activity in this area. This event, along with other recent oceanic earthquakes, coincides with the sun’s crossing of the vernal equinox, suggesting a possible connection between solar activity and earthquakes. Additionally, increased seismic activity in the Mediterranean region, particularly in Greece and Italy, warrants attention due to potential interactions between tectonic plates and volcanic activity.

The text discusses the impact of solar activity on Earth’s weather and geomagnetic storms. It highlights the accuracy of ancient calendars, which were based on precise astronomical observations. The text also mentions the current weather volatility, including a heatwave in the United States and a polar vortex collapse, attributing these events to the Earth’s warming climate and increased atmospheric energy.

Solar wind strength is currently at 30 nanotesla with a positive polarity, but a shift to negative polarity could lead to a geomagnetic storm. The solar wind velocity is expected to increase to over 600 km/s in the next 12-24 hours. Geomagnetic storms can impact people’s mood and behaviour, as well as technology, with varying effects depending on individual systems and the storm’s intensity.

A G3 solar storm could cause auroras as far south as Illinois and Oregon, with potential power grid voltage corrections needed. A G5 storm, like the one in May 2024, could cause widespread voltage control problems, sporadic high-frequency radio, degraded GPS, and auroras as far south as Florida. The upcoming comet in April 2024, combined with sunspots, could lead to significant solar activity and disruptions.

The planet’s warming is attributed to an energy imbalance caused by human activities, including the burning of fossil fuels and industrial processes, which release sequestered energy into the environment. This energy imbalance, coupled with the greenhouse effect and other factors, contributes to global warming and extreme weather events. While solar activity and geomagnetic storms can influence weather patterns, they are not the sole drivers of climate change.

The discussion covered solar activity, earthquakes, and potential impacts on Earth. The speaker noted a lack of significant geomagnetic storms during the ascending phase of the solar cycle but predicted increased activity in the coming years. They also addressed concerns about ocean current changes and emphasised the importance of data collection and anecdotal reports in understanding these phenomena.

Key Points

Solar Storm Intensity: The current solar storm is eight times stronger than normal, with a magnetic field reaching 40 nanotesla.
Earthquake Activity: A global seismic burst has been observed, with two of the strongest earthquakes of 2026 occurring within 36 hours of the solar storm’s impact.
Coronal Holes: Unusually large and frequent coronal holes on the sun, observed during solar cycle 25, may be linked to the increased seismic activity.
Unusual Seismic Activity: Discussion about the unusual occurrence of high magnitude earthquakes, including a 6.6 near Shetland Island and a 6.7 on a mid-ocean ridge.
Mid-Ocean Ridge Earthquakes: Explanation that while earthquakes on mid-ocean ridges are not common, they can reach magnitudes up to 7 and sometimes cluster with larger events due to significant plate movements.
Q&A Session Information: Instructions for viewers on how to ask questions during the broadcast, either through the general chat or by attaching them to a “super thanks” for priority answering.
Unexpected Solar Wind Increase: The solar wind strength unexpectedly increased to 35-36 nanoteslas, significantly stronger than normal.
Geomagnetic Storm Strength: Geomagnetic storms are categorised by strength, with 20-25 nanoteslas considered a good-sized storm and over 30 nanoteslas being rare and significant.
KP Index and Geomagnetic Activity: The KP index measures geomagnetic activity on Earth’s surface, ranging from 0 (quiet) to 9 (extreme storm), with 5 indicating a minor storm and 7 representing significant fluctuations.
Geomagnetic Storm Intensity: The storm is strong, with the potential to reach G4 levels due to the high total magnetic field strength exceeding 38 nanoteslas.
Solar Wind and Coronal Holes: The high-speed stream impacting Earth is a result of coronal holes, which are void spots in the Sun’s corona where the magnetic field extends into space, sweeping plasma into a high-speed stream.
Co-rotating Interaction Region: At the front of the high-speed stream, a co-rotating interaction region forms, where high-velocity plasma piles up, creating a shock wave that can impact planets.
Solar Wind Conditions: The solar wind density is dropping and the velocity is expected to reach high-speed stream levels in the next eight hours.
Magnetic Field Strength and Polarity: The solar wind magnetic field strength is currently strong, and its polarity determines the connection to Earth’s magnetic field. Southward polarity for an extended period could trigger a G3 or G4 geomagnetic storm.
Potential for Geomagnetic Storms: Earth’s magnetic field is preconditioned for increased volatility, and a combination of southward magnetic field polarity, high solar wind speed, and strong magnetic field strength could lead to significant geomagnetic storms.
Current Solar Storm Strength: The current solar storm is very strong, potentially reaching Carrington-level strength.
Previous Solar Storm Comparison: The last similar storm occurred in January and was unexpectedly strong, with a magnetic field strength of 90 nanotesla.
Factors Contributing to Storm Strength: The storm’s strength is attributed to factors like the convergence of equinox, new moon, plasma filaments, coronal mass ejections, and planetary alignments.
Celestial Alignment: The Sun, Saturn, and Neptune are currently in alignment, potentially influencing events on Earth.
Mid-Atlantic Earthquake: A significant magnitude 6.7 earthquake occurred on the Mid-Atlantic Ridge, potentially linked to geopolitical tensions.
Earthquake Significance: This earthquake is the second strongest in 2026, surpassing a 6.6 magnitude earthquake that occurred the previous day.
Recent Earthquakes: Three major earthquakes occurred within 36 hours, measuring 6.6 in South Shetland Islands, 6.1 in Vanuatu, and 6.7 in the Mid-Atlantic Ridge.
Tsunami Generation: Earthquakes below magnitude 7.5 typically do not generate tsunamis.
Coronal Hole and Earthquakes: The presence of large coronal holes on the Earth-facing side of the sun, especially near the equator, shows a strong correlation with significant earthquakes.
Coronal Hole Alignment and Impact: The Sun’s coronal hole aligned with Earth, causing significant seismic activity in the United States and Europe.
Data Visualisation and Resources: Data visualisation of the seismic activity is linked in the video description, along with other data and products used in the video.
Channel Purpose and Updates: The channel aims to educate viewers about space phenomena, with updates also posted on the creator’s “stfo” account.
Earthquake Impact: A 6.7 magnitude earthquake can cause the Earth to resonate and vibrate for a few hours, but not for days like larger earthquakes (8.0+ magnitude).
Earthquake Data Analysis: Reviewing earthquake data from January 1st, 1980, with a magnitude of 6.5 or greater reveals numerous earthquakes, including significant ones (9.1, 8.8).
Mid-Ocean Ridge Earthquakes: Focusing on the Atlantic Ocean, the strongest recorded earthquakes in the area have magnitudes of 7.1 and 7.0, which are not common occurrences.
Significance of the Earthquake: A significant earthquake of magnitude 6.5 or greater occurred along the mid-ocean ridge in the Atlantic Ocean, a rare event considering only 30 such earthquakes have been recorded in the area since 1980.
Earthquake Location and Tectonic Setting: The earthquake occurred on a transform fault section of the mid-ocean ridge, where plates slide past each other, unlike the spreading centre where plates move apart due to convective forces from the Earth’s interior.
Geological Activity and Rock Formation: The mid-ocean ridge is characterised by transform faults and spreading centres, with the former associated with earthquakes and the latter with the creation of new oceanic crust, including pillow basalts and other rock types.
Oceanic Earthquake Clusters: Three significant oceanic earthquakes (6.7 Mid-Atlantic Ridge, 6.6 South Shetland Islands, 6.1 Vanuatu) occurred around the time of the sun’s equinox crossing, prompting analysis of potential connections.
Mediterranean Seismic Activity: Increased earthquake activity observed in the Mediterranean region, particularly in Greece and Italy, with a notable deep earthquake in Italy being the strongest in a decade.
Deep Earthquake in Italy: A deep earthquake (378 km) occurred in Italy, notable for being the strongest in the country in ten years despite being barely felt due to its depth.
Increased Seismic Activity in the Mediterranean: A cluster of earthquakes, including magnitude 5s, have been observed in Italy, Greece, and Turkey, indicating increased activity in the region.
Global Plate Tectonics and Seismic Events: The movement of tectonic plates, such as the Australian and Pacific plates, is causing stress and subsequent ruptures, leading to earthquakes in various locations.
Monitoring the Mediterranean Region: The increased seismic activity in the Mediterranean warrants close observation due to its potential connection to larger tectonic shifts.
Volcanic Activity and Tectonic Plates: Significant volcanic activity observed in Hawaii and the Mediterranean region, suggesting complex interactions between tectonic plates, mantle plumes, and magma flow.
Earthquake as an Indicator: Earthquakes serve as observable signs of underlying forces such as energy flow, magma movement, and electric currents.
Sun’s Influence on Earth: Evidence presented linking solar storms and geomagnetic disturbances to increased earthquake activity, challenging the notion of no connection between the sun and earthquakes.
Ancient Cultures and Celestial Mechanics: Ancient cultures demonstrated advanced understanding of celestial mechanics, evident in their construction of megalithic temples aligned with solstices and equinoxes.
Eclipse Calculation: Ancient civilisations, like those who built Stonehenge, were capable of calculating eclipses, a complex task requiring sophisticated knowledge and tools.
Modern Society’s Limitations: The speaker questions whether modern society, even with its resources, could replicate the feats of ancient civilisations in constructing complex structures like Stonehenge without technological aid.
Calendar Accuracy: Ancient civilisations understood the need for leap years and more precise calendar systems to account for the Earth’s orbit, a knowledge that was lost during the medieval period.
Geomagnetic Storms: The text discusses the occurrence of geomagnetic storms, particularly a G3 plus storm that spiked to a G4 level on the HB30 index, highlighting the potential impact of solar wind on Earth’s magnetic field.
Aurora Visibility: Aurora sightings were reported in Europe and as far south as New Mexico and Kansas due to a solar storm.
Solar Storm Intensity: The solar wind strength is currently at G2 to G3 levels, but could intensify, potentially leading to more widespread aurora displays.
Global Weather Conditions: A category 5 cyclone hit Australia, weakened to category 2, and a massive heatwave is affecting the United States, while Canada is the only region experiencing normal temperatures.
Polar Vortex Collapse Impact: A polar vortex collapse is causing weather volatility, potentially leading to a shift from heatwaves to colder temperatures in the United States and Europe.
Weather Visualisation Tools: Climate Reanalyzer provides various maps, including 250 hectopascal jet stream and 2-meter temperature anomaly, to visualise weather patterns.
Connection Between Human and Earth’s Energy: The speaker suggests a metaphorical connection between human experiences and the Earth’s energetic and geophysical phenomena.
Global Temperature Anomalies: Unusual heat records broken in March, particularly in the southeastern United States, while Canada remains relatively cold.
Increased Weather Volatility: Expect more extreme weather events, including snowstorms, blizzards, and cold snaps, despite the overall warming trend.
Impact of Warming on Weather: A warmer Earth leads to increased water vapour in the atmosphere, resulting in more energy and volatility, making it a “stormier” planet.
Future Climate Forecast: More intense weather, increased lightning strikes, stronger Schumann resonances, and more energy in the system.
Potential Climate Influencers: Possibility of volcanic eruptions, grand solar minimum, or other unforeseen events impacting global temperatures.
Real-Time Solar Wind Conditions: Solar wind strength at 30 km/s, positive polarity at 5 nT.
Solar Wind Impact: Solar wind velocity is expected to increase, potentially impacting Earth’s geomagnetic activity.
Channel Purpose: The channel aims to educate viewers about space weather and its effects on Earth, as these topics are often overlooked by mainstream media.
Q&A Session: The video transitions into a Q&A session, addressing questions from both the general chat and Super Thanks donors.
Quantum Mechanics Resources: Autobiography of Einstein for historical context and “Science, Order, and Creativity” by David Bohm for insights into quantum mechanics.
David Bohm’s Ideas: David Bohm’s ideas on quantum mechanics, initially not widely accepted, have gained more support over time with emerging evidence.
Geomagnetic Storm Impact on People: Geomagnetic storms can influence people’s mood and energy levels, potentially leading to increased energy and strength in some individuals.
Geomagnetic Storm Impact on Technology: Geomagnetic storms can cause increased energy volatility, potentially affecting technological systems.
Personal Experience with Geomagnetic Storms: The speaker shares a personal anecdote about feeling stronger and experiencing increased energy during a geomagnetic storm, particularly during a workout.
Energy Manifestation: Energy storms can manifest in different ways, both physically and mentally, depending on an individual’s physical and mental state.
Impact on Microbiome: Electromagnetic fields from energy storms can affect the microbiome, potentially leading to increased toxin production and symptoms like fatigue and inflammation.
Importance of Diet and Lifestyle: Maintaining a healthy diet, staying hydrated, and engaging in physical activity can help mitigate the negative effects of energy storms.
Food Transit Time: It takes a long time for food to transit through the body, with a continuous movement of food, bacteria, and other substances.
Heliobology and Technology: Heliobology studies the impact of solar storms on technology, with G1 storms causing weak power fluctuations and G5 storms having more severe impacts.
Geomagnetic Storm Impacts: G3 storms can cause auroras visible as low as Illinois and Oregon, and may require power system voltage corrections.
Impact of G4 and G5 Solar Storms: Widespread voltage control problems, sporadic high frequency radio, degraded GPS, and aurora visible further south.
Consequences of G5 Solar Storms: Blackouts, potential collapse of power grids, GPS outages for hours or days, and aurora visible as far south as Florida and southern Texas.
Real-World Example: G5 Storm of May 2024: Significant GPS disruption during a peak farming period, highlighting the real-world implications of solar storms.
Potential Impact of Comet and Sunspots: Increased likelihood of solar storms and disruptions due to a comet’s proximity to the sun and a surge in sunspots around April 4th.
Agricultural Industry Vulnerability: Highlighting the vulnerability of the agricultural industry to solar storms, citing past incidents like the G5 storm.
GPS-Guided Tractors: Mentioning the widespread use of GPS-guided tractors in agriculture, emphasising their potential disruption during solar storms.
Increased Solar Activity: Higher likelihood of significant solar activity, including solar flares and coronal mass ejections, around April 3rd to 5th, potentially impacting technology and ongoing conflicts.
Comets as Harbingers of Change: Two large comets visible in April are considered omens of significant change, contradicting modern astronomical views.
Pivotal Month of April: April is predicted to be a significant month due to increased geophysical and solar activity, potential world events, and planetary alignments.
Atomic Clock Distortion: Solar storms can impact atomic clocks indirectly by affecting the signal between ground and space systems, but not the clocks themselves.
5,000 lb Bombs and Energy: The impact of 5,000 lb bombs is unrelated to geostorms or solar storms.
Impact of Heightened Energy: The main concern is how increased energy levels from these events affect people.
Indirect Method for Identifying Individuals: Describes an indirect method involving observing individuals’ reactions to situations to identify those with potential for harmful actions.
Need for Responsible Leaders: Emphasises the importance of having world leaders who are not only aware of potential dangers but also possess the necessary spiritual and mental well-being to make sound decisions.
Energy Release from Bombs: Explains how bombs release a massive amount of energy into the environment, transforming potential energy into thermal energy through chemical or nuclear processes.
Energy Release and Global Warming: The release of sequestered energy from burning fossil fuels in cars, industries, and ships contributes to global warming.
Impact of Hydrocarbon Combustion: Burning hydrocarbons releases water vapour into the atmosphere, contributing to the greenhouse effect and altering the hydrological cycle.
Ocean Heat Absorption: Oceans have absorbed a significant portion of the released heat, but this capacity is not infinite.
Global Warming Factors: Global warming is caused by multiple factors, including the greenhouse effect, human activities, and natural phenomena like volcanic eruptions.
Impact of Geomagnetic Storms: Geomagnetic storms can disrupt sleep patterns and exacerbate existing weather volatility.
Australia’s Weather: Geomagnetic storms are not the sole cause of extreme weather in Australia, but they can contribute to increased volatility.
Weather Impact: Cyclone intensification and tornado outbreaks are possible after solar storms, particularly chronal high-speed stream impacts.
US Weather Prediction: Tornado outbreaks are possible in the US in late March 2025.
Comet Influence: The connection between comets, earthquakes, and volcanic eruptions is uncertain, though there may be a weak link.
Solar Storm Impact Analysis: More data available and considered a significant factor in the model for predictions.
Natural Disaster Likelihood: Low likelihood of mega quake or super volcano eruption despite slight increase due to lower storm impact.
Community Appreciation: Expressing gratitude for support and understanding within the community.
Solar Maximum and Geomagnetic Storms: Geomagnetic storms are more frequent during the descending phase of the solar cycle, rather than the solar maximum itself.
Current Solar Cycle Phase: The current period is at the boundary between the solar maximum and the descending phase.
Geomagnetic Storm Distribution: Historical data from 1957 to 2018 shows most geomagnetic storms occur during the descending phase, with fewer during the ascending phase and minimal during solar minimum.
Solar Activity Prediction: Increased solar activity, including sunspots and solar flux, is expected for the next few years.
Recent Earthquake Reports: Mentioned recent earthquakes, including twin 4.1 quakes and a 6.7 magnitude quake.
Potential Meteorite Activity: Increased fireball sightings, potentially linked to material ejected from the asteroid 3 Atlas, have been observed.
Possible Origin of Fireballs: The speaker suggests that the fireballs might be fragments from Germany or Ohio, based on their similar appearance in photos and potential chemical signatures.
Need for More Data: The speaker emphasises the need for more data to confirm the origin of the fireballs, acknowledging that current knowledge is limited.
Ocean Current Concerns: The speaker briefly addresses concerns about the slowing and potential stopping of ocean currents.
Ocean Current Changes: Ocean warming is causing concerning reorganisations in ocean currents, potentially leading to significant disruptions.
Anecdotal Evidence of Climate Change: Anecdotal reports, like those from Ireland about jet stream changes, provide valuable insights into local climate impacts.
Astrological Interpretation: The conjunction of Saturn and Neptune in Pisces is interpreted as a sign of oceanic changes.
Recent Ocean Activity: Three significant earthquakes occurred in the oceans within the past 36 hours.
Astrological Observations: The speaker notes a correlation between the sun’s position and a previous planetary event, suggesting a pattern.
Health and Wellness Recommendations: The speaker advises spending time outdoors, practicing grounding, and consuming clean, plant-based foods for well-being.
Geomagnetic Storm Update: Expecting more periods of G1, G2, and potentially G3 geomagnetic storms.
Channel Subscription: Encouragement to subscribe to the channel and clips channel for updates and data products.
Philippines Earthquake Status: No critical earthquakes reported in the Philippines at the moment.