Sol (Sun) and its phenomena

A newly released article suggests that the incoming solar cycles might be stronger/more active than the 3 or 4 previous ones.

THE CENTENNIAL GLEISSBERG CYCLE: You've heard of the 11-year sunspot cycle. But what about the Centennial Gleissberg Cycle? The Gleissberg Cycle is a slow modulation of the solar cycle, which suppresses sunspot numbers every 80 to 100 years. It may have been responsible for the remarkable weakness of Solar Cycle 24 in 2012-2013. New research published in the journal Space Weather suggests that the minimum of the Gleissberg Cycle has just passed. If so, solar cycles for the next 50 years could become increasingly intense. Read the paper here.

From the study :

Plain Language Summary​


The Earth's inner radiation belt, dominated by high-energy protons, is influenced by solar activity. Studies have shown a correlation between the 11-year solar cycle and the proton population, with lower solar activity leading to increased proton flux. We analyzed data from NOAA-15 and NOAA-19 satellites to monitor the proton population above the South Atlantic Anomaly. Our findings indicate that the recent increase in solar activity, causing a significant decline in the proton flux, is correlated with the turnover in the Centennial Gleissberg Cycle, a longer-term modulation of solar activity spanning approximately 80–100 years. As solar activity continues to rise over the next few solar cycles, we anticipate a further decrease in the proton population. This changing space climate will have implications for the design and operation of future satellite missions.

Wikipedia :

Gleissberg cycle​

The Gleissberg cycle describes an amplitude modulation of solar cycles with a period of about 70–100 years, or seven or eight solar cycles. It was named after Wolfgang Gleißberg

As pioneered by Ilya G. Usoskin and Sami Solanki, associated centennial variations in magnetic fields in the corona and heliosphere have been detected using carbon-14 and beryllium-10 cosmogenic isotopes stored in terrestrial reservoirs such as ice sheets and tree rings and by using historic observations of geomagnetic storm activity, which bridge the time gap between the end of the usable cosmogenic isotope data and the start of modern satellite data.

These variations have been successfully reproduced using models that employ magnetic flux continuity equations and observed sunspot numbers to quantify the emergence of magnetic flux from the top of the solar atmosphere and into the heliosphere, showing that sunspot observations, geomagnetic activity and cosmogenic isotopes offer a convergent understanding of solar activity variations.

1743921585448.jpeg

The amplitude of the 11-year solar cycle (formally called the Schwabe cycle, orange) is modulated by the approximately 100-year Gleissberg cycle (charcoal), in which a number of consecutive cycles of high activity are bracketed by consecutive cycles of lower activity. The start of the Industrial Revolution in the mid-1700s coincided with a Gleissberg maximum. The relatively high activity of the mid 20th-century also coincided with a Gleissberg maximum, while the recent decades coincide with a Gleissberg minimum. NOAA Climate.gov image based on data from Wang and Lean, 2021.

The Carrington event in 1859 was also around a peak of this cycle...
 
Stunning view of the Solar System

This new video, taken by NASA's Parker Solar Probe during its 21st close approach to the Sun, shows a stunning view of the Solar System from inside Mercury’s orbit.

It captures solar phenomena like coronal streamers, a small coronal mass ejection, and high-energy particles streaking past the camera. Visible planets include Mercury, Venus, Saturn, Earth, Mars, and Jupiter.

A comet, Tsuchinshan-ATLAS, briefly appears with its tail. These observations help us understand how the Sun affects space weather, satellites, astronauts, and Earth’s power grids.

Parker Solar Probe is flying closer to the Sun than any spacecraft before it, eventually reaching within 6 million kilometers of the surface.

Coronal streamers are bright, plasma-filled structures from the Sun’s outer atmosphere that stretch into space.

High-energy particle streaks are due to solar energetic particles hitting the camera, essentially, you're watching radiation in real time.

Tsuchinshan-ATLAS is a recently discovered comet, and its tail’s appearance in the video is a rare, spectacular moment.

This data is crucial for understanding space weather, which can disrupt communication, GPS, and power systems on Earth.

 
A lull in CMEs becomes active, with a possible direct hit on April 15th.

SOLAR CYCLE 25 25 2025 04 12 THE SUN TODAY

Apr 12, 2025 (Data indicate the inbound of a comet passage).
The Sun is at a critical stage of Solar Cycle 25. It is at or near solar maximum and will shortly start a long, slow decline towards a solar minimum state over the next 5 - 6 years. This video series is to document the daily activity of the Sun and trace its decay phase. The data I use is from NOAA and NASA, but the interpretation is mine.


Screenshot 2025-04-13 at 04-06-21 Homepage NOAA _ NWS Space Weather Prediction Center.png

CLOSE ENCOUNTER WITH A CME: A CME appears to have passed near Earth on April 12th, perhaps even delivering a glancing blow. The subtle close encounter did not immediately cause a geomagnetic storm, but the storm watch is still in effect. Minor G1-class storms are possible on April 13th as Earth passes through the CME's magnetized wake. Aurora alerts: SMS Text.

A POTENTIALLY DANGEROUS SUNSPOT: Sunspot 4055 is seething with activity, producing at least 8 M-class solar flares during the past 24 hours alone. On April 12th, David Wilson of Inverness, Scotland, recorded hot plasma currents surging around the sunspot's magnetic canopy:

seething.gif

"I always check Spaceweather before I start my captures, and today it said AR4055 had flaring potential, so I followed their advice and caught this video," says Wilson. "I used my homemade solar telescope to observe the sunspot for nearly two hours."

This sunspot is potentially dangerous for two reasons: (1) It has a 'beta-gamma-delta' magnetic field that harbors energy for X-class solar flares. (2) It is moving toward the sun's western limb where it will connect itself to Earth via the magnetic Parker spiral. Any eruptions in the next few days could accelerate a hailstorm of energetic protons toward our planet. Solar flare



The risk of #orages for tomorrow in the late afternoon/early evening appears higher than yesterday for the southwest. Radiosoundings suggest the probability of a multi-cell line with a rain component and electrical activity, forming via the Basque Country, moving up to the Landes and then shifting towards the north and east. Up front, just like yesterday, there is a small risk of supercells. Possible medium-sized hail and risk of some wind gusts (probability of an arcus forming in front of the multicellular)In short, a fairly classic deterioration which will once again depend on the cloud cover ahead. To be clarified tomorrow.

 
is anybody familiar with Homepage for Miles Mathis science site ?
i came across his work while the server was down.

Maybe Ark or Laura already came across his work, ??

Author have a full scope of work in his menu covering everything from magnetism, climate, Quantum
SECTIONS
0. OVERVIEW PAPERS and FOUNDATIONS
1. The UNIFIED FIELD. Newton, Lagrange, Coulomb and Maxwell all gave us UFT's.
2. RELATIVITY. Relativity is true; many of the equations are not. The muon, lightclock, Minkowski, Friedmann, Pound-Rebka, and the falsification of gamma.
3. CALCULUS. The calculus works, despite many fudges and cheats.
4. QUANTUM PHYSICS. Early mistakes, including superposition, entanglement, tunneling, nonlocality, Bohr's equations.
5.ELECTROMAGNETICS. Solid-state fudging, current, inductance. Also the Sun and planets. Tides. Bode's Law and interplanetary influences.
6. GRAVITY. Celestial Mechanics, Laplace, Allais, Cavendish, GOCE, BICEP2, plate tectonics, Roche, vacuum catastrophe, black holes.
7. QED and QCD. The quantum spin equation. Feynman, Higgs, neutrinos, Landau, mesons, fine structure constant.
8. LIGHT and CHARGE, including dark matter, photons, heat, the Rayleigh equation, blackbody radiation, rainbows, diffraction and refraction.
9. The ATOMIC NUCLEUS. Charge channeling and nuclear diagrams.
10. OTHER MAINSTREAM MISTAKES. Hawking, physics prizes, pi, Godel, Cantor Olbers, Noether, Goldbach, string theory.

It is beyond my league to comment on above validity of the body of wide work so i will leave that to others ...
but what i found interesting is his explanation about ,next SOLAR MAXIMUM (not minimum) and the way he comes to this conclusions.

>> in paper Title: Are You Ready for Some GOOD NEWS?
https://milesmathis.com/goody.pdf
Author: Miles Mathis

Main Points:

  1. Solar Minimum: The document discusses the recent Solar Minimum, which was the worst since the 1810s, and criticizes mainstream science and the government for not providing adequate information and reassurance.
  2. Solar Cycle Prediction: Mathis presents a new model for predicting solar cycles based on his Solar charge theory, which involves planetary charge feedback between the Sun and the Galactic Core.
  3. Graph Analysis: The document includes graphs created by Steven Oostdijk, showing predictions for future solar cycles. The next cycles are expected to be better, with maxima getting very big and minima being mild.
  4. Planetary Alignments: The model tracks planetary alignments to predict solar cycles, explaining why the last cycle was so bad and predicting improvements in future cycles.
  5. Future Predictions: Mathis predicts that the next minimum in 2031-32 will be comparatively mild, and the maximum in 2035-37 will be very strong, potentially reaching levels similar to 1958.

in another paper : https://milesmathis.com/corealign.pdf

he plots all planet allignments and their impact on SUN's mechanics.


hope to hear from you all ....
 

I was not aware of Miles Mathis' work.

Grok explain Miles Mathis solar theory

Miles Mathis’ solar theory, particularly his explanation of solar cycles, is an alternative model that diverges significantly from mainstream astrophysics. It’s rooted in his broader "Charge Field Theory," which he claims unifies gravity and electromagnetism through a field of photons that mediate forces across scales, from subatomic to cosmic. Below, I’ll outline the core claims of his solar cycle theory, based on his writings and discussions found in available sources, while critically examining its key points.

Core Claims of Mathis’ Solar Theory

1. Solar Cycles Driven by Planetary Charge Interactions:


Mathis argues that the roughly 11-year solar cycle (the periodic variation in sunspot activity) is not caused by internal solar dynamo processes, as mainstream science posits, but by the interaction of the Sun with the four gas giant planets (Jupiter, Saturn, Uranus, Neptune). He suggests these planets emit and recycle a "charge field" of photons that influences the Sun’s magnetic activity.
The charge field, according to Mathis, is a physical stream of photons moving between celestial bodies, creating a circuit-like interaction. The Sun recycles this charge, taking it in at its poles and emitting it near the equator, which drives sunspot activity and solar cycles.

He emphasizes the angular alignments of these planets (e.g., conjunctions) as critical to cycle timing. For instance, he predicted the solar maximum for Cycle 25 would occur in 2021, not 2020, due to the Jupiter-Saturn conjunction and Neptune’s position.

2. Rejection of Mainstream Dynamo Theory:

Mainstream science attributes solar cycles to the solar dynamo, where differential rotation and convection within the Sun generate magnetic fields. Mathis dismisses this, claiming the Sun’s magnetic field and sunspot activity are externally driven by planetary charge interactions, not internal nuclear or magnetic processes.

He argues that the mainstream model fails to predict cycle timing accurately and that his charge-based model better matches observed data, such as the timing of solar maxima and minima.

3. Charge Field Mechanics:

Mathis’ charge field is a universal medium of spinning photons that he claims underlies all physical phenomena. In the solar context, planets emit charge toward the Sun, and the Sun recycles it, creating a feedback loop. The density of this charge increases as it approaches the Sun, amplifying its effect.

Sunspots, in his view, are tied to charge emission at specific solar latitudes (around 30 degrees), explained by the geometry of charge recycling, not internal magnetic processes.

4. Specific Predictions:

Mathis made testable predictions, such as the solar maximum of Cycle 25 occurring in 2021 with an extended duration and a sharp drop-off afterward.

He also predicted that Solar Cycle 26 (peaking around 2037) would be as strong as Cycle 19 (1957, the strongest on record), linking this to long-term galactic cycles.

He claims his model accurately matches past solar cycle data and that mainstream miscounting of sunspots (e.g., by NASA/NOAA) is an attempt to obscure his theory’s success.

5. Connection to Broader Phenomena:

Mathis ties solar cycles to terrestrial and galactic effects, suggesting they influence climate (e.g., challenging global warming narratives by linking temperature changes to solar activity) and even planetary axial tilts and tides.

He controversially suggests his findings give a scientific basis for planetary influences, reluctantly noting parallels to astrology due to the importance of planetary angles.

Critical Examination

While Mathis’ theory is provocative and claims to offer a simpler explanation than the mainstream, it faces significant challenges:

1. Lack of Peer Review and Empirical Support:

Mathis’ work, including his solar theory, has not been subjected to rigorous peer review. His charge field theory is not recognized by the scientific community, and his dismissal of established concepts like the solar dynamo lacks engagement with the extensive observational and theoretical evidence supporting it (e.g., helioseismology, magnetic field measurements).

His predictions, such as the 2021 solar maximum, are contentious. Mainstream data places the Cycle 25 maximum around mid-2025, not 2021, contradicting his claim. His assertion of sunspot miscounting by NASA/NOAA is speculative and unsupported by independent verification.

2. Unorthodox Physics:

The charge field, central to his theory, redefines fundamental concepts like charge, gravity, and electromagnetism without clear experimental validation. Mathis’ claim that celestial mechanics are primarily driven by charge, not gravity, contradicts well-established gravitational models (e.g., Newton, Einstein) that accurately predict orbits and tides.

His rejection of standard mathematical tools, like derivatives, and his claim that π=4 in kinematic contexts, undermine his credibility, as these ideas are widely criticized as mathematically incoherent.

3. Conspiracy Allegations:

Mathis frequently accuses mainstream institutions of suppressing his work, claiming NASA and others manipulate data to discredit him. This persecution narrative weakens his arguments, as it shifts focus from evidence to unproven claims of systemic bias.

4. Comparison to Mainstream Models:

The mainstream solar dynamo model, while complex, is supported by decades of observations, including magnetic field reversals, sunspot migration, and solar wind measurements. Mathis’ model, by contrast, relies on a speculative charge field and planetary alignments, which do not account for detailed solar phenomena like the butterfly diagram or torsional oscillations.
His dismissal of solar wind as a factor (e.g., in forum discussions) ignores its well-documented role in heliospheric dynamics.

5. Astrological Overtones:

Mathis’ emphasis on planetary angles and their influence on solar activity echoes astrological ideas, which he acknowledges reluctantly. This connection, while intriguing to some, lacks a mechanistic basis and is not taken seriously in scientific circles.

Strengths and Appeal


● Simplicity: Mathis’ model attempts to unify diverse phenomena (solar cycles, tides, climate) under a single charge field framework, which is appealing to those skeptical of complex mainstream models.

● Testable Predictions: Unlike many alternative theories, Mathis offers specific predictions (e.g., 2021 maximum, Cycle 26 strength), which, if correct, could challenge mainstream views. However, these predictions have so far been inaccurate or unverifiable.

● Engagement with Data: He uses NASA data to anchor his arguments, showing an effort to ground his theory in observation, though his interpretations are highly unconventional.

Conclusion

Miles Mathis’ solar theory proposes that solar cycles are driven by a charge field interaction between the Sun and gas giant planets, rejecting the mainstream solar dynamo model. It’s an ambitious attempt to unify celestial mechanics under a single framework, but it lacks empirical support, relies on unproven physics, and is undermined by Mathis’ broader rejection of established science. While his predictions are bold, they have not been borne out by data, and his reliance on conspiracy narratives further isolates his work from serious consideration. For a deeper understanding, mainstream sources like NASA’s solar cycle research or peer-reviewed papers on the solar dynamo offer a more robust foundation. If you’re curious about specific aspects of his theory or want to explore related mainstream models, let me know!

End of Grok overview.

Mathis' theory reminded me of Frank Hoogerbeets' (SSGEOS) theory of planetary positions at the time of large earthquakes.

Here is an example of what he calls Solar System Geometry Index (SSGI)

2025-04-07-overview (1).png

The magnitudes in red and blue on the graph are mine and as can be seen there is a certain relationship between a planetary/lunar alignment or geometry and a significant earthquake (>=M6) mainly when Mercury and/or Venus and any of the planets mentioned by Mathis are present: Jupiter, Saturn, Uranus, Neptune.

Also planetary geometries cause atmospheric anomalies/fluctuations in the Earth that precede major seismic activity. The Cs have confirmed this phenomenon.​
Q: (MK Scarlett) Can so-called "orographic" clouds, such as lenticular ones, in some cases, be precursors of earthquakes?

A: Yes

Q: (MK Scarlett) What is the average period (in days) between the atmospheric fluctuation that forms these cloud anomalies and a potential earthquake?

A: 3 to 7.

Q: (Joe) Some of those clouds were seen in Turkey - strange clouds. They were kinda like domes with a hole in the middle, almost like a hat.

Now, the Cs have also mentioned that the Sun's twin/companion star or Nemesis also interacts with the Sun and the solar system. From what Grok said about Mathis' Theory, he is not aware of the binary system.
Q: (T) As the brown dwarf approaches, will it intensify the solar flare activity?

A: The effect on the physical orientation of the sun from the periodic passage of its companion is to flatten the sphere slightly. This returns to its original spherical shape with the retreat.

Q: (L) Is this flattening of the sphere of the sun going to have any noticeable effects in terms of enhanced, accelerated, or magnified radiation from the sun?

A: No.

Q: (T) Solar flares or anything like that?

A: No.

Q: (T) So there is not going to be any appreciable effect on the planet from this as far as the sun goes?

A: The sun's gravity increases, thus inhibiting flares.

Q: (T) Inhibiting flares is good. (L) Not necessarily. Solar minimums have been periods of ice ages. (T) One of the recent crop circles this year shows what the crop circle interpreters say is an image of the sun with a large solar flare coming off of it. It is supposed to be a warning to us that the surface of the sun has become unstable...

A: All events intersect.

Q: (A) Okay, I would like to ask what kind of effects other than just gravity we should expect from the close passage of this star? Any particular electro-magnetic, gamma radiation, or what to look for? In which part of the spectrum?

A: Radiation emits from those cosmic bodies which radiate.

It will be interesting to continue reading about Mathis, no doubt he is on to something and of course he is going to be reviled by established Science.​
 
I was not aware of Miles Mathis' work.

Grok explain Miles Mathis solar theory

Miles Mathis’ solar theory, particularly his explanation of solar cycles, is an alternative model that diverges significantly from mainstream astrophysics. It’s rooted in his broader "Charge Field Theory," which he claims unifies gravity and electromagnetism through a field of photons that mediate forces across scales, from subatomic to cosmic. Below, I’ll outline the core claims of his solar cycle theory, based on his writings and discussions found in available sources, while critically examining its key points.

Core Claims of Mathis’ Solar Theory

1. Solar Cycles Driven by Planetary Charge Interactions:


Mathis argues that the roughly 11-year solar cycle (the periodic variation in sunspot activity) is not caused by internal solar dynamo processes, as mainstream science posits, but by the interaction of the Sun with the four gas giant planets (Jupiter, Saturn, Uranus, Neptune). He suggests these planets emit and recycle a "charge field" of photons that influences the Sun’s magnetic activity.
The charge field, according to Mathis, is a physical stream of photons moving between celestial bodies, creating a circuit-like interaction. The Sun recycles this charge, taking it in at its poles and emitting it near the equator, which drives sunspot activity and solar cycles.

He emphasizes the angular alignments of these planets (e.g., conjunctions) as critical to cycle timing. For instance, he predicted the solar maximum for Cycle 25 would occur in 2021, not 2020, due to the Jupiter-Saturn conjunction and Neptune’s position.

2. Rejection of Mainstream Dynamo Theory:

Mainstream science attributes solar cycles to the solar dynamo, where differential rotation and convection within the Sun generate magnetic fields. Mathis dismisses this, claiming the Sun’s magnetic field and sunspot activity are externally driven by planetary charge interactions, not internal nuclear or magnetic processes.

He argues that the mainstream model fails to predict cycle timing accurately and that his charge-based model better matches observed data, such as the timing of solar maxima and minima.

3. Charge Field Mechanics:

Mathis’ charge field is a universal medium of spinning photons that he claims underlies all physical phenomena. In the solar context, planets emit charge toward the Sun, and the Sun recycles it, creating a feedback loop. The density of this charge increases as it approaches the Sun, amplifying its effect.

Sunspots, in his view, are tied to charge emission at specific solar latitudes (around 30 degrees), explained by the geometry of charge recycling, not internal magnetic processes.

4. Specific Predictions:

Mathis made testable predictions, such as the solar maximum of Cycle 25 occurring in 2021 with an extended duration and a sharp drop-off afterward.

He also predicted that Solar Cycle 26 (peaking around 2037) would be as strong as Cycle 19 (1957, the strongest on record), linking this to long-term galactic cycles.

He claims his model accurately matches past solar cycle data and that mainstream miscounting of sunspots (e.g., by NASA/NOAA) is an attempt to obscure his theory’s success.

5. Connection to Broader Phenomena:

Mathis ties solar cycles to terrestrial and galactic effects, suggesting they influence climate (e.g., challenging global warming narratives by linking temperature changes to solar activity) and even planetary axial tilts and tides.

He controversially suggests his findings give a scientific basis for planetary influences, reluctantly noting parallels to astrology due to the importance of planetary angles.

Critical Examination

While Mathis’ theory is provocative and claims to offer a simpler explanation than the mainstream, it faces significant challenges:

1. Lack of Peer Review and Empirical Support:

Mathis’ work, including his solar theory, has not been subjected to rigorous peer review. His charge field theory is not recognized by the scientific community, and his dismissal of established concepts like the solar dynamo lacks engagement with the extensive observational and theoretical evidence supporting it (e.g., helioseismology, magnetic field measurements).

His predictions, such as the 2021 solar maximum, are contentious. Mainstream data places the Cycle 25 maximum around mid-2025, not 2021, contradicting his claim. His assertion of sunspot miscounting by NASA/NOAA is speculative and unsupported by independent verification.

2. Unorthodox Physics:

The charge field, central to his theory, redefines fundamental concepts like charge, gravity, and electromagnetism without clear experimental validation. Mathis’ claim that celestial mechanics are primarily driven by charge, not gravity, contradicts well-established gravitational models (e.g., Newton, Einstein) that accurately predict orbits and tides.

His rejection of standard mathematical tools, like derivatives, and his claim that π=4 in kinematic contexts, undermine his credibility, as these ideas are widely criticized as mathematically incoherent.

3. Conspiracy Allegations:

Mathis frequently accuses mainstream institutions of suppressing his work, claiming NASA and others manipulate data to discredit him. This persecution narrative weakens his arguments, as it shifts focus from evidence to unproven claims of systemic bias.

4. Comparison to Mainstream Models:

The mainstream solar dynamo model, while complex, is supported by decades of observations, including magnetic field reversals, sunspot migration, and solar wind measurements. Mathis’ model, by contrast, relies on a speculative charge field and planetary alignments, which do not account for detailed solar phenomena like the butterfly diagram or torsional oscillations.
His dismissal of solar wind as a factor (e.g., in forum discussions) ignores its well-documented role in heliospheric dynamics.

5. Astrological Overtones:

Mathis’ emphasis on planetary angles and their influence on solar activity echoes astrological ideas, which he acknowledges reluctantly. This connection, while intriguing to some, lacks a mechanistic basis and is not taken seriously in scientific circles.

Strengths and Appeal


● Simplicity: Mathis’ model attempts to unify diverse phenomena (solar cycles, tides, climate) under a single charge field framework, which is appealing to those skeptical of complex mainstream models.

● Testable Predictions: Unlike many alternative theories, Mathis offers specific predictions (e.g., 2021 maximum, Cycle 26 strength), which, if correct, could challenge mainstream views. However, these predictions have so far been inaccurate or unverifiable.

● Engagement with Data: He uses NASA data to anchor his arguments, showing an effort to ground his theory in observation, though his interpretations are highly unconventional.

Conclusion

Miles Mathis’ solar theory proposes that solar cycles are driven by a charge field interaction between the Sun and gas giant planets, rejecting the mainstream solar dynamo model. It’s an ambitious attempt to unify celestial mechanics under a single framework, but it lacks empirical support, relies on unproven physics, and is undermined by Mathis’ broader rejection of established science. While his predictions are bold, they have not been borne out by data, and his reliance on conspiracy narratives further isolates his work from serious consideration. For a deeper understanding, mainstream sources like NASA’s solar cycle research or peer-reviewed papers on the solar dynamo offer a more robust foundation. If you’re curious about specific aspects of his theory or want to explore related mainstream models, let me know!

End of Grok overview.

Mathis' theory reminded me of Frank Hoogerbeets' (SSGEOS) theory of planetary positions at the time of large earthquakes.

Here is an example of what he calls Solar System Geometry Index (SSGI)

View attachment 107791

The magnitudes in red and blue on the graph are mine and as can be seen there is a certain relationship between a planetary/lunar alignment or geometry and a significant earthquake (>=M6) mainly when Mercury and/or Venus and any of the planets mentioned by Mathis are present: Jupiter, Saturn, Uranus, Neptune.

Also planetary geometries cause atmospheric anomalies/fluctuations in the Earth that precede major seismic activity. The Cs have confirmed this phenomenon.


Now, the Cs have also mentioned that the Sun's twin/companion star or Nemesis also interacts with the Sun and the solar system. From what Grok said about Mathis' Theory, he is not aware of the binary system.



It will be interesting to continue reading about Mathis, no doubt he is on to something and of course he is going to be reviled by established Science.​
thanks Puma. will read later as i am at work . !!!! have a good day
 
Geomagnetic storm and auroras caused by magnetic filaments exploding on the sun on the 12th/13th :

A DOUBLE ERUPTION ON THE SUN: Explosions on the sun do *not* require sunspots. Spotless explosions occured twice over the weekend when these two magnetic filaments lifted off the sun:​




Magnetic filaments are tubes of dense plasma held above the sun's surface by magnetic forces. The two pictured above are about 400,000 km long--longer than the distance between Earth and the Moon. These massive structures can erupt when their magnetic underpinnings become unstable. That happened twice in quick succession on April 12th and 13th--a rare double blast.​


Fragments of the exploding filaments ripped through the sun's atmosphere to produce two CMEs, now heading for Earth. A one-two punch from these CMEs could spark a G2-class geomagnetic storm on April 16th.


GEOMAGNETIC STORMS TODAY: A CME hit Earth's magnetic field on April 15th (~1730 UTC), sparking 12 hours of G1 (Minor) to G2 (Moderate) geomagnetic storms. The storms are subsiding now, but NOAA forecasters say they could intensify again, especially if another CME arrives. A watch remains in effect for G3 (Strong) geomagnetic storms on April 16th.

1744792903085.jpeg
Finland

1744792939233.png
Tatarstan

It will be interesting to continue reading about Mathis, no doubt he is on to something and of course he is going to be reviled by established Science.

Might be a question for the C's. Are the claims of Mathis regarding his charge field theory involving the four gas giant planets true ?
 
GEOMAGNETIC STORM WATCH (G2): Moderate (G2) geomagnetic storms are possible on April 22-23 when a co-rotating interaction region (CIR) is expected to hit Earth's magnetic field. CIRs are transition zones between fast- and slow-moving streams of solar wind; they contain enhanced magnetic fields akin to those of CMEs



The coronal hole high-speed-stream is now sweeping by Earth, with enhancements to the solar wind expected to last many days now. Are we about to see another global seismic burst, and perhaps even a megaquake to rupture? Space Weather and Earth Geophysics report for the current geomagnetic storm on April 21st 2025 by geophysicist Stefan Burns
 
Interesting :
A new study predicts that Solar Cycle 25 will produce 2 ±1 extremely strong solar flares (stronger than X14.3) after spring 2027, along with a broader estimate of 5 ±2 flares exceeding X10. The forecast is derived from solar activity data collected since 1975, covering just four complete solar cycles, which introduces a degree of uncertainty.
 
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