The Black Star, Magnetars, and Other Celestial Anomalies, Part 3

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

On “New Structural Units”

We believe that the Sun has an atmosphere and in recent years have discovered that it has a vast ocean of liquid metallic hydrogen (LMH). While we also believe that it has a solid core, we are not sure how big it is. As reported elsewhere, the Russians were able to profile the Sun’s “surface” some years ago through the use of x-rays. Since x-rays should bounce off of LMH just as easily as a “solid,” we cannot be sure whether this ocean covers the entire solar sphere or whether, like Earth, the surface is divided into oceans and continents.

Regardless, Tier 1 science has clearly demonstrated that the fusion and fission processes on the Sun occur in its atmosphere, and that it is refueled in a recycling process of the solar hydrosphere (at an nuclear level), just as Earth has its own hydrological cycle at a chemical level.

Because, unlike Earth, the Sun is a star and the setting for a fantastic and turbulent burning of its fuel, it can experience periods of instability. Like Earth, it has storms (even tornadoes), climate shifts, rotational irregularities, and “lithospheric” cleavages. “Coronal mass ejections” are just that: the emissions of solar “mass” which contain plasma, isotopes, dust and even solids (rocks), which in comparison to Earth, are gigantic.

Fortunately, most of this ejected material does not get expelled very far but is rather captured by the Sun’s gravity and brought back to its surface to be burned again. Only the smallest particles, mostly in the form fractured atoms, achieve relativistic speeds to escape into the heliosphere and to become a part of the on-going inter-planetary and inter-galactic exchange of energy and matter.

However, we also know that stars “nova“: a term to describe an unusual stellar explosion which expels a “dust shell.” Unlike a super nova – which is an explosion that shatters a star and ends its stellar life – a nova appears to be a cleansing action in which a star expels unusable matter out into its respective stellar sphere in order to restore a “clean” thermonuclear burn.

While stellar dust accumulates on the fringes of its respective spherical cloud as a normal part of this process – and in the case of our Sun, it is called the Kuiper Belt – a nova is a violent expulsion of this matter into space.

It is reasonable to believe that the various asteroids, comets, and planets of our solar system are the result of this process, as are the interplanetary “weirdly” shaped plasma clouds which astronomers discover and marvel at from time-to-time. We believe that accretion occurs in the Kuiper Belt in which particles of differing electrical charges attract each other and form solids, which when they become large enough also create gravitational attraction. There may be thousands of such objects out there, which our space agencies routinely monitor yet fail to discuss publicly.

While the Sun’s thermonuclear burn creates a solar wind which pushes out against the members of our solar system, its gravitational field pulls everything back and creates a balance. But as I said, stars experience storms which create an imbalance.

Other objects appear to be “captured” from other galactic sources. They are a part of the exchange which occurs with all moving bodies in space. Scientists tell us that some comets are of galactic origin. Excitement over our latest visitor, Comet 3I-Atlas, has come from outside of our solar system.

There are some who believe the Sun is part of a binary system. It has a sister star. It visits the inner solar system every 25,000 years. It is so far away, only the most sophisticated radio telescopes can see it. But from such a great distance, it is not recognizable as our Sun’s companion but just another star in the night sky.

Currently, the solar system and our Sun are experiencing “anomalies.” There is much difference in opinion as to what might be causing these anomalies. Are they related to the sudden appearance of this “sister” star, which we surmise is much smaller, yet very powerful, perhaps this “Black Star” or magnetar discussed in our previous installments?

It might be a “galactic current sheet” which is a part of this inter-stellar particle and charge exchange described above.

Or perhaps, it is unrelated to any of these but instead represents the internal “clock cycle” which the Sun and our own planet experience every 12,068 years.