It is natural for both interstellar matter and intraheliospheric mass redistributions to create new structural units and processes in the interplanetary domains. They are mostly observed in the structured formation of extended systems of magnetic plasma clouds, and an increased frequency of the generation of shock waves; and their resulting effects.
– Dr. Alexey N. Dmitriev “Planetophysical State of the Earth and Life” (1997) as reproduced by James McCanney in appendix (Principia Meteorologia, The Physics of Sun Earth Weather, 2nd printing, 2004, p. 253) emphasis added
[Author’s Note: I have decided to continue this series indefinitely as a running commentary on Comet 3I ATLAS until it encounters the planet Jupiter. Scroll to the bottom of the page for links to previous installments.]
We have pointed out that technical commentary by the scientific community on Comet 3I ATLAS has been less than satisfactory because of its faulty cometary science. In recent weeks, James McCanney, the decades-long critic of the “dirty snowball comet model,” has produced YouTube lectures explaining the electrical nature of comets as part of his “Induced Electric Dipole Red Shift Theory: IEDRS”
Because this most recent comet does not exhibit a tail and yet manifests “lights” on the leading edge of its coma, commentators have been excited by the possibility that it is not a “natural” comet, but rather one which exhibits an “artificial” design of perhaps an alien intelligence.
We speculated on that possibility in a recent article.
However, some other factors must be considered, such as: 1) In the electric comet model, a comet’s tail does not form from the shedding of the comet’s nucleus, but rather, evidences the acquisition of matter from the comet’s environment in which its magnetic and gravitational attraction draws in dust and molecules as it approaches the Sun. The reason why the comet has not yet evidenced a tail is because it is either moving too fast for the electric charge to capture the dust in its environment or the area of space it is currently passing through is devoid of any dust to capture.
2) McCanney, since the 1970s, has argued for the presence of an electron beam on the front of a comet’s nucleus which connects it to the Sun. This occurs because the Sun has a net negative charge and as the comet passes through the heliosphere it discharges the solar capacitor. “Lights” on a comet are not artificial, but rather a natural occurrence because of this electrical phenomenon. A comet is drawn into the Sun by gravitational force but because both celestial objects share a net negative charge, it creates a “short” in the circuit which creates heat and a glow.
Like Comet B-B set to rendezvous in 2032, this electrical connection has occurred “early” in the comet’s perihelion approach. This indicates that it has a very powerful electrical component, either because of its size or because of its highly metallic nature (nickel/iron), or both. If it has a powerful magnetic field – the primordial type as a stellar “chunk” from a supernova – then we should expect to see an impressive effect on the planet Mars, set to approach in early October. Its speed has increased from the155,000/mph. reported earlier to now 220,000/mph. It is passing through the asteroidal belt shortly and we should expect that it will begin to drag matter from that debris field either gravitationally (if it is large enough) or magnetically (as many of the asteroids consist of iron and nickel). If the comet does not capture them, it may alter their orbits and create a “chaotic” orbital pattern which may result in a “pinball” effect resulting in further Earth-bound asteroids in future years.
If Comet 3I ATLAS is capable of dragging along a debris field from the asteroidal region, some of that debris could be captured by Mars. I also expect that the comet’s trajectory will change when it encounters Jupiter which may result in its permanent capture by our solar system.
Finally, if this comet represents the “Black Star” – or a Magnetar – which was introduced in our first and second installments (see below), its magnetic field would be felt by Earth even though it is too far away for a gravitational effect, and it should also create spectacular flaring on the Sun, of which we already have had previews.
Stay tuned.
JWS, 9/7/25
Pingback: The Black Star, Magnetars, and Other Celestial Anomalies, Part 5 – 2046 AD
Pingback: The Black Star, Magnetars, & Other Celestial Anomalies, Part 1 – 2046 AD
Pingback: The Black Star, Magnetars, and other Celestial Anomalies, Pt. 2 – 2046 AD
Pingback: The Black Star, Magnetars, and Other Celestial Anomalies, Part 3 – 2046 AD