Help is on the Way: Cosmic Reset Mechanism

Sott Editors
Sott.net
Sat, 21 Feb 2026 20:55 UTC

"There are periods in the life of humanity, which generally coincide with the beginning of the fall of cultures and civilizations, when the masses irretrievably lose their reason and begin to destroy everything that has been created by centuries and millenniums of culture. Such periods of mass madness, often coinciding with geological cataclysms, climatic changes, and similar phenomena of a planetary character, release a very great quantity of the matter of knowledge. This, in its turn, necessitates the work of collecting this matter of knowledge which would otherwise be lost. Thus the work of collecting scattered matter of knowledge frequently coincides with the beginning of the destruction and fall of cultures and civilizations." - George Ivanovich Gurdjieff, quoted by P. D. Ouspensky, In Search of the Miraculous: Fragments of an Unknown Teaching (1949).

© Wikimedia Commons.

Alfred Rethel (1816–1859), Nemesis (Justice with Scales and Sword Persecutes the Escaping Murderer) (1837), oil on canvas, 95 x 48 cm, Hermitage Museum Государственный Эрмитаж, Saint Petersburg, Russia.

On July 7th, 2003, SOTT.net's founding editor Laura Knight-Jadczyk published 'Independence Day', in which she posited a 'cosmic mechanism' through which ages end and civilizations are 'reset', and thus, a new age begins.

In the article, Knight-Jadczyk proposed that our sun indeed has a binary companion star (something known as the 'Nemesis theory', in which the sun may have a red dwarf or brown dwarf companion, orbiting at great distance from our sun), and that it may have made its closest approach to the sun in the 17th century during the Maunder Minimum - from 1645 to 1715 when practically no sunspots were observed on the sun. The companion star reaching perihelion perhaps generated a 'grounding effect' on all planets in the solar system, and may be the primary causal factor for 'the Little Ice Age' that took place then.

What is this 'Nemesis theory'? As outlined on space.com:

• Nemesis is a theoretical dwarf star thought to be a companion to our sun.
• The theory was postulated to explain a perceived cycle of mass extinctions in Earth's history. Mass extinctions seem to occur more frequently every 27 million years. The long span of time caused them to turn to astronomical events for an explanation.
• Scientists speculated that such a star could affect the orbit of objects in the far outer solar system, sending them on a collision course with Earth.
• Theories have suggested that Nemesis could be a brown or white dwarf, or a low-mass star only a few times as massive as Jupiter. All would cast dim light, making them difficult to spot.
• If Nemesis traveled through the Oort cloud every 27 million years, some argue, it could kick extra comets out of the sphere and send them hurtling toward the inner solar system — and Earth. Impact rates would increase, and mass extinctions would be more common.
• In 2017, a new study suggested that nearly all stars like the sun were born with companions.

During the period in question, multiple comets were witnessed and described in the burgeoning field of astronomy, which saw the birth of the telescope during a century of upheaval marked by the Black Death, the Thirty Years War in Europe, the largest witch-hunt in French history, and the English Civil War.

Since the Little Ice Age lasted from 1450 to 1850, this period was, presumably, the 'maximum' of the generalized influence, taking around 400 years to cross through the Oort cloud on its way in and out.

This 'cosmic mechanism', which started a few centuries ago, puts a potential magnetic pole shift in perspective. After all, if Earth's magnetic field is weakening prior to a pole shift, it means Earth's magnetic field is "opening up" for incoming energies of the cosmic type. And here, we have to keep in mind that a perihelion of sol's companion is not an isolated event without consequences.

There are several reasons science has not given up on a theoretical "dark star companion". Studies of binary stars and a close approach between them explain "trigger" mechanisms for cyclic cometary showers including extinction level cataclysmic cometary bombardment.

Despite evidence to the contrary, there seems to be keen interest in this "cosmic mechanism". For instance, the latest telescope in the Vera C. Rubin Observatory located in Chile, has two stated purposes. The first is planetary defense. Its images are expected to reveal about 90% of all potentially hazardous asteroids. Second, the observatory should identify as-yet-unseen interstellar comets, free-floating stars and rogue planets. This includes a hypothetical sol's companion which might be lurking at the outer reaches of our solar system. Experts say that soon enough, the giant telescope may have produced enough data to find the elusive body — or rule it out forever. Those words might prove to be only wishful thinking, though.

© NASA / JPL-Caltech

The Space.com article quoted above, summarizes the efforts to find such a companion up to 2017, before the Vera C. Rubin Observatory became operational, as follows:

NASA's Wide-field Infrared Survey Explorer completed its 1.25-year mission in February 2011, having discovered a number of brown dwarfs within 20 light-years. Again, none of these were located near the solar system.

However, they missed one in plain sight in the 17th century, on the plane of the ecliptic, which makes it then a part of the capacitor - a term introduced by James McCanney in his "Plasma Discharge Comet Theory". Before diving in deeper on those details, let's clarify this background.

McCanney's framework, laid out in his book Planet X, Comets and Earth Changes, treats the solar system as fundamentally electrical (other than gravitational), where large bodies can exchange charge and drive major Earth effects through plasma currents and discharges. He proposes that the solar system behaves like a charged electrical setup, a solar capacitor, with a significant voltage difference between the Sun and the outer solar system that can be "discharged" when a comet with an eccentric orbit moves through the Solar system. That's what causes cometary effects: the glow, the illumination, the tail, etc. A bug zapper, also known as an electrical discharge insect control system, is a good analogy as the bug discharges the electrical grid and becomes zapped. A comet interacting electrically with the Sun could trigger large solar outbursts that then affect Earth.

This phenomenon, which happens frequently (see Why didn't Comet ISON melt in the Sun? How NASA and Official Science got it all wrong, again), makes the spotless activity of the sun during the 17th century during a background of multiple witnessed giant comets, a very interesting period.

Unless the companion star coming closer induced a grounding of the sun, reducing the positive overall charge which induced a reduced field that increased gravity. This could explain why there was less 'mass', in the form of solar flares, expelled from the sun despite increased cometary activity in the inner solar system during the Maunder Minimum. If you want to dive into the grounding details of the sun, see Earth Changes and the Human Cosmic Connection: The Secret History of the World (2014) by Pierre Lescaudron.

Brown Star Lights Up

Let's review now the 17th century and reasons why such a dark companion could have been witnessed without grand technology, if it was in the plane of the ecliptic, and thus forming part of the 'solar capacitor'.

In mainstream plasma physics and space science, a Birkeland current is an electric current that flows along magnetic field lines in space. They are named after Norwegian scientist Kristian Birkeland (1867-1917), who first proposed that the auroras were caused by charged particles from the Sun flowing along Earth's magnetic field lines.

© wikipedia

Schematic of the Birkeland or Field-Aligned Currents and the ionospheric current systems they connect to.

In the Electric Universe model, the central idea is that gravity is not the dominant force in structuring the universe; electromagnetism is, with Birkeland currents as its primary conduits. A plasma flare from Birkeland currents in the sun's brown/dark star companion during its closest approach to the sun could have made it visible.

If it was seen, there would have been terror and chaos as was the case in the 17th century when tales of "the end of the world is nigh" were widespread among a terrorized and/or hystericized population. The brown star would have carried over a few comets, fueling end-of-the-world scenarios. English astrophysicist Victor Clube, author of The Cosmic Serpent and The Cosmic Winter, had this to say during a lecture:

I'd like to remind you now that one of these peaks [of cometary activity] that you are looking at here - the 1601 occurs round about 1640 through 1680, and it coincides with the end of the Thirty Years War in Europe, and the Civil War in England. I mentioned this briefly last night. Cromwell, and others of that time - I only name him because, of course, he's a familiar name to you, but there are many others - described all the upheaval of the time, in millennarian terms, as due to "God's revolution" only a century after Copernicus' De Revolutionibus.

My point here is that the word "revolution" is popularly used nowadays in a social sense. It didn't have that at the time Copernicus was writing; it acquired it. It acquired it at the time of the English Civil War. And it was because of the perception that things in the sky were driving things, terrible things, that were happening on the ground. Only three hundred and fifty years ago, then, mankind was still in the era of an invisible sky god from a once visible heaven associated with angels, fallen angels, and dangerous demons hurling thunderbolts.

We have to get rid of the idea that our ancestors thought that space was empty. They didn't have [the] specialized astrophysical knowledge that has allowed me to build the Taurid stream for you; they just knew it was there. That's really rather a remarkable thing. We've had to unlearn that knowledge in the last three hundred and fifty years in order to put ourselves in the state of rediscovering it.

So, what was The Enlightenment only forty years after Cromwell? It was the pragmatic English decision to get rid of all the angels and demons, invisible sky gods, and a once visible heaven. It was the decision to stop worrying about the evidence of fireballs and the supposed behavior of comets. It was a decision to reconstruct the cosmos without heaven in the solar system and put it in the ether or outside the cosmos altogether of infinity a la Bruno. It was the decision to create a purified, less frightening cosmos in much the same way as Aristotle did after Plato. On both occasions we shifted from astrology to physics, and from a sky of foreboding to a sky of inspiration, from prison and terror to freedom and hope.

Indeed, the cry of the revolutionary periods of 1640 to 1680 and 1760 to 1800, the time of the American War of Independence, was the cry of freedom from heavenly oppression, demons, and fireballs.

For the last two hundred years of Enlightenment we have been rewriting history so that the cry of freedom is from earthly oppressors. No wonder the world has gone wrong and the astrophysicists today cannot come to terms with the Taurid torus. I'm really trying to say that this is just not an astrophysical discovery that we are talking about. Everything has got to, sort of, turn around in order to come to terms with what is being said. And this, in a way, is rather like what Irving was describing beforehand. There is a paradigm shift involved in recognizing that it's not just ancient history we have got wrong - it's all history.

So, what is my point? My point is that you do not have to dabble first in mythology and prehistory and geology, as Velikovsky did, in order to understand the sky. You first take the modern sky accessible to science, especially during the Space Age, and you look at its darker debris with a view to relating its behavior to the more accessible human history which we can, in principle, really understand. And by this approach you discover from the dynamics of the material in space which I'm talking about that a huge comet must have settled in a Taurid orbit some 20,000 years ago, whose dense meteor stream for 10,000 years almost certainly produced the last Ice Age.

Some of the comets witnessed during that period of time included comets of 1618, the great comet of 1630, five comets between 1664, 1665 and 1682, and the one in 1683. Giuseppe Ripamonti, discussing the terrible Milanese plague in the 17th century, whose incident inspired a famous painting by Nicolas Poussin, writes the following in De Peste Quae Fuit Anno 1630 (Milan, 1641), Book V:

It was a star of fierce and savage appearance. For at that very time when the apothecaries' workshops were believed to be most active (and indeed were), that long-haired star appeared — seen by many toward the north — and no one doubted that it portended a long-lasting calamity of the heavens

The plague of Ashdod, 1630, Nicolas Poussin. Location: Louvre, Paris

As it happens, Nicolas Poussin's painting Winter was made during the Little Ice Age.

Winter, 1664 by Nicolas Poussin. Location: Louvre Museum in Paris

And just like that, once the companion star made its closest approach and then returned on its journey back into the Oort Cloud, everything would seem to be fine. No one realized that the Oort Cloud had been 'punctured'. Just as it would have taken 400 years for the companion star to enter and leave the heliosphere, there would also be a delay, of several centuries, in the approach of a comet cluster the companion 'knocked' or 'dragged' into the solar system. Then no one would see what's coming, until it's too late.

Clockwise Extinction Events

As speculated in mainstream science, the period of the Brown Star is close to 26 or 27 million years, coinciding with extinction events whose exact timings are not written in stone since dating methods are dubious. This is due to the unreliability of carbon dating which doesn't take into account the scrambling of radiological dating and other methods due to electromagnetic surges, magnetic aberrations by ancient cataclysms, and the 2,000+ nuclear tests done since 1945.

© SOTT.net, adapted from Melott & Bambach

A plot of extinction intensity from Raup and Sepkoski's data (Nature; March 19th, 1982). Out of 19 events (circled points), 11 (green circled points) lie on the vertical lines showing the 27 MY (million year) interval.

Interestingly enough, in Jim Weninger's model of the Electric Universe, we find that 26-27 million orbit again. This is closely related to the idea of the solar system rotating around a common center of gravity, in tandem with a companion star, creating what's known as the precession of the zodiac. Gareth Samuel, from 'See the Pattern', explains:

Imagine that the main Birkland current feeding our region is actually composed of a multiple series of smaller Birkland currents, so each one, as you move down, is smaller and smaller. In each of these, the current is stranded like a double helix.

© See the Pattern

If we examine our location, we know that our Sun directly orbits Arcturus; this means that we are therefore part of one of the smaller strands, about six to seven light years across. We would orbit around this point, moving in a helix pattern over and over again. So it's not really a circle, but as we orbit around the outer circumference, we are moving forward in a helix or a spiral pattern. We would orbit around this point repeatedly while moving along, and our local stars, which are part of the same filament, would move with us, following the same path either in front, behind, or to the side of us.

As we encircle the filament, the stars further away would seem to precess over and over again. This motion — moving from one side of the filament to the other as we orbit around — would take about twenty-five thousand years for us to complete one orbit.

Sirius is on the same filament and would therefore follow our movement; this is why it does not precess and still rises in the exact same location every year. One of the problems with precession is that its rate has been changing, which is harder to explain because, in this model, we are talking about moving in a spiral pattern.

However, if we consider that these Birkland currents follow a sort of up-and-down motion in and out of the axis of rotation of the galactic plane, then the helix pattern has to move upwards or downwards. As it moves upwards — imagine we are drawing a circle — that would mean more area has to be covered by each circle as you move up and change the direction of motion. Therefore, our perceived idea of the time period might well change as the rate of the wave we are following increases or decreases, resulting in either an increase or decrease in precession depending on how quickly we follow this path.

© See the Pattern

At the same time as all of this is happening, we also know that we are orbiting around the Pleiades, which must therefore be close to the center of the main Birkland current that we follow as an outer strand. Our strand would move outwards, but at the same time, it would itself be twisted around the outer edge. These strands will all move in a helical pattern around the center, but as the distance is much larger for us, it would take much longer to complete one orbit. Jim calculated that, based on our current movement relative to the Pleiades, it would take about 26 million years to complete one orbit — from one point all the way around back to the same point, though we would have moved further along the Birkland current in that process. This timeframe also seems to fit the mainstream hypothesis for the Nemesis star, which is thought to disrupt the Oort cloud every twenty-six million years, causing catastrophes on Earth.

If either sol's companion or indirect signs of it was witnessed by current modern technology, we are not counting on a global level admission to it. We could only speculate on a world-wide renown binary star research astronomer, Tom Marsh, meeting an untimely and unlikely death during a working visit to La Silla Observatory in Chile.

There's also murdered Caltech astrophysicist, Carl Grillmair, who at the time of his death was focused on studying comets and asteroids that could pose a hazard to Earth, without forgetting that he worked at Caltech's Infrared Processing and Analysis Center where the first space surveys are made. Or Nuno Loureiro's murder, a plasma physicist from Princeton and director of MIT's Plasma Science and Fusion Center, with unique insight and access to key data.

Statistical analyses show that for some comet clusters the probability of arising by chance is very low (less than about 0.1%), implying a common dynamical cause such as a past stellar passage. This is best explained by a solar companion, passing through the outer Oort cloud and perturbing many comets at once.

A binary (especially a long‑period companion) is dynamically more efficient per encounter at disturbing distant interstellar comets, like the ones increasingly described as visitors to our solar system. In that sense binary configurations can be especially effective producers of comet‑orbit clustering.

A comet cluster can approach Earth in a "scattered pattern", however initially it can be seen with technology as a single grouping or multiple groupings, from the region of the Magellanic Clouds which is approachable through the Southern Hemisphere (i.e. from observatories located in Chile).

A single grouping of comet clusters could be read as a single body, which could be related to the next "Maunder Minimum", referred to as Modern Grand Solar Minimum which is predicted to occur any day now based on models analyzing the Sun's magnetic field dynamics. However, the current solar cycle 25 crowned some 21st century records, highlighting ongoing debate in the scientific community. Either or, the comet cluster could well be literally at our doorstep.

Hevelius 1678 "nova" V529 Orionis - The Sun's Brown Star Companion

A member of our research group, axj, developed the following theory based on clues given through the Cassiopaean Experiment:

Johannes Hevelius observed a new star in 1679, which is still a mystery and usually assumed to having been a nova. This sighting has been given the name V529 Orionis. The location is the red circle in this picture and the blue line is the solar system ecliptic plane.

© CC BY-SA 4.0

Location of V529 Orionis (circled in red)

Why do I think this could have been a sighting of the companion star?

Time: Exactly in the middle of the Maunder Minimum, which was probably the time of the brown dwarf's closest approach.

Location: Almost exactly in the ecliptic plane and close to Sirius (the large black dot at the bottom of the picture). The companion must be in the ecliptic plane, according to the C's, and the sighting location is pretty much the closest point on the ecliptic to Sirius.

Magnitude: Estimated at 6 (barely visible to the naked eye) or less. This fits exactly the calculated magnitude of a brown dwarf at Pluto's distance (upon further research I also saw that a brown dwarf may be even less visible than Jupiter at that distance, since Jupiter has a much higher reflectivity than brown dwarfs).

Non-identified: It is still unknown what this object was, but an observation error is also ruled out.

The following session was held on January 24th, 2026, exactly 30 years after the Cs first brought up sol's companion in 1996.

(axj) Was the V529 Orionis Nova sighting by the astronomer Hevelius in 1678 actually a sighting of the brown dwarf twin sun?

A: Yes

Q: (axj) Was it a plasma flare from Birkeland currents during its closest approach to the sun?

A: Yes

(axj) Were the Spöerer Minimum (1420-1530) and the Dalton Minimum (1790-1820) caused by the brown dwarf crossing in and out of the sun's heliosphere?

Solar Minima Timeline and Brown Dwarf Passage

Heliosphere Shape:

The Nose (short side, ~120 AU) points toward the constellation Hercules.

The Tail (long side, >350 AU) stretches out in the opposite direction.

The Flanks (sides) are at intermediate distances.

Historical Solar Minima:

Spoerer Minimum (midpoint c. 1505 CE) - HELIOSPHERE ENTRY

Entry: The brown dwarf entered from the direction of Cygnus (on the tailward flank).

Distance: It crossed the heliopause at approximately 187 AU.

Maunder Minimum (midpoint c. 1678 CE) - CLOSEST APPROACH

Location: The brown dwarf reached its perihelion at approximately 40 AU near the constellations Gemini/Orion.

This was the period of deepest solar inactivity.

Dalton Minimum (midpoint c. 1805 CE) - HELIOSPHERE EXIT

Exit: The brown dwarf exited toward the direction of Auriga (on the noseward flank).

Distance: It crossed the heliopause at approximately 156 AU.

Conclusion:

The proposed flyby created a ~300-year transit through the heliosphere. The timing of its entry (187 AU), closest approach (40 AU), and exit (156 AU) aligns precisely with the three historically observed periods of suppressed solar activity, providing a potential unified explanation for these events.

A: Yes

The SIMBAD astronomical database, operated by the Strasbourg Astronomical Observatory in France, is a standard reference tool used by astronomers. For any specific star like V529 Orionis, it typically provides fundamental data such as its position in the sky (coordinates), distance, brightness (magnitude), and its spectral classification, which tells us about its temperature and composition. SIMBAD has this to say about V529 Orionis: V* V529 Ori -- Cataclysmic Binary.

In the scientific literature, novae are a subclass of cataclysmic variable stars (CVs) and hence are interacting binary systems. Mechanisms for the explosive nature of these stars are published and described. However, as mentioned above, Birkeland currents — real plasma phenomena involving field-aligned electric currents — describe better unexplained interactions between stars and galaxies, including binary systems, clarifying what gravitational forces alone can't do.

Despite a flare-up back in the 17th century, to this day, V529 Orionis Nova remains unidentified. However, the passage of a brown star could well explain the increasing moons in some planets of the Solar system.

In October 2019, it was announced that Saturn had 20 new moons, bringing the total amount of moons to 82. In 2023, they discovered 62 new moons, and they said that brings the total count to 145. In March 2025, it's 128 new moons. Officially, it's now 274 moons. In short, our Solar system is loading up.

© CC BY-SA 4.0

Diagram showing the highly clustered orbits of Saturn's 250 known outer irregular moons as of 2025. Majority of these irregular moons orbit retrograde, or opposite to the direction of Saturn's rotation. The orbits of retrograde moons are colored red while the orbits of prograde moons are colored blue.

Which brings back another concept put forth by James McCanney: polluting events. A central mechanism is that a comet can electrically attract charged dust/ions from its environment; by "pulling in" tail material, it can gain mass, grow, and have its orbit altered over time ("tail drag"), trending toward a more planet-like orbit.

He extends the same electrical logic to Earth: Earth can also participate in discharging this Sun-outer-solar-system voltage and therefore behave "comet-like" during certain electrical alignments. In that state, he says Earth could experience "pollution events" — enhanced inflow/collection of dust and other material from space.

He describes space around planets as structured by moving electric currents and layered current regions ("sheets"), and he attributes a wide range of geophysical and atmospheric variability to changes in those currents coupling into Earth's environment.

In his presentation, that electrical coupling is invoked to account for major "Earth changes" (e.g., storms, flooding, increased volcanic activity, earthquakes, and other large-scale disruptions), including cases where the triggering object is not necessarily close, because electrical interactions can operate at a distance. Within this worldview, hurricane formation/intensification is treated as being driven primarily by electrical energy and currents coming from the Sun/space into Earth's atmosphere, rather than being limited chiefly by ocean heat content.

Separate Events Converging

There are several events converging at this "moment" in time that don't necessarily did so in the past.

First, a comet cluster or clusters, which could have a few thousand years orbit. Only that now they're helped along our way by the second event, a 26-27 million years orbit brown star that just made perihelion with its companion star, our sun.

Third, this time around there's also a magnetic field alteration involving a potential reversal of the poles and the broadening of the magnetic field. This has to do with the South Atlantic Anomaly, a weak spot in earth's magnetic field which is caused by activity in the central heating earth's core.

We are already seeing signs of a weaker magnetic field when the X1.9 solar flare on January 19th 2026 was associated with very high proton energies exceeding red level thresholds by a thousand times, and the indicators of the strongest flares of the current solar cycle by 20 times. Notice how in terms of X flares, it was a relatively mild one. Relatively less powerful sun flares are creating bigger storms on Earth with auroral displays much further south.

When Earth's field is weaker, reduced dipole strength can expand the region of open field lines, allowing auroral zones to "wander" and expand toward lower latitudes. This has consequences for life on Earth as there's an increased influx of cosmic rays and solar particles into Earth's atmosphere.

Taken from Anthony L. Peratt's "Physics of the Plasma Universe" (2015)

As plasma physicist, Anthony L. Peratt wrote in Physics of the Plasma Universe (2015), accounts of spectacular aurora seen all over the globe after a major solar storm are described historically nearly every few centuries; and cataclysmic events every several millennia.

© Courtesy of the National Diet Library.

A drawing of the aurora observed from Nagoya, Japan, on September 17, 1770. The written description also notes its intensity: “as bright as a night with a full moon.” MS Special 7–59, National Diet Library, ff. 6b–7a (at Nagoya).

© X /@sepa_mass

Red auroras in Donbass, 2023.

Taking into consideration all the above, let's take a moment to just realize how we're living in a very unique time in the history of humanity, regardless of how trivial you think your life is. No man is an island, neither is Earth.

It remains to be seen whether our roles as observers of our reality may have a mitigating or exacerbating effect on all of this, depending on our ability to see the world as it is.

Human cycle mirrors cycle of catastrophe. Earth benefits in form of periodic cleansing. Time to start paying attention to the signs. They are escalating. They can even be "felt" by you and others, if you pay attention. - The Cs, July 4th, 1998.