The Black Star, Magnetars, and other Celestial Anomalies, Pt. 2

Magnetars are a type of neutron star with extremely powerful magnetic fields, making them some of the most magnetic objects in the universe. These incredibly dense objects are formed from the remnants of supernova explosions and possess magnetic fields a trillion times stronger than Earth’s. Their intense magnetic fields can cause starquakes, release bursts of energy, and even disrupt atomic structures at close distances. (Google AI entry)

Magnetars & How We See Space

Everyone knows that human vision has a limited perception of our reality. Science tells us that all physical forms emit “frequencies” from the internal movement of its atoms. The range of these frequencies forms a “spectrum.” Our eyes can see the “light” spectrum.

But as we know, there are frequencies above and below the range of human perception. We use scientific instruments to record and translate those frequencies into “data” which can be studied by humans. We all know about X-rays, gamma rays, ultraviolet rays, infrared rays, and so on.

Much of the artistry that we see in the scientific literature is simply a visual translation of these unseen rays into something which the reader can see. Many of the discoveries in astronomical observation are not observable to the naked eye. The aid of telescopes and “radio” telescopes are necessary to their discovery. Consequently, as was indicated in the last installment introducing a possible “black star” in our solar system, its presence cannot be seen with the naked eye. It rather manifests its presence through electromagnetic signatures.

There is such a thing as “magnetars” which are said to be celestial objects – sometimes referred to as “neutron stars.” Almost nothing is known about them and it is a topic of intense discussion and disagreement in the scientific community. The following is an example of how the subject is handled:

The reader should recognize that Mr. Petrov’s YouTube podcasts always play it safe and never really attempt to answer any questions. Just to let you know what some of the questions are.

Can Magnetars Be Binaries?

Now, the notion that another star has entered the solar system – whether our “black star” or a magnetar – seems to be problematic in the sense that stars are usually very large objects with a powerful gravitational attraction. I don’t think that is what is being suggested here. We do not think that the Sun has a binary nor do we believe that such a binary has arrived. What our Mr. Weston and his colleagues have suggested is that this “black star” is physically small but has a very powerful magnetic field. This seems to fit exactly with what a magnetar is.

[Although, Donald Patten’s science argues for a binary.]

One wonders if such a magnetar can effloresce as a comet or some other physical manifestation as it gets closer to the Sun. There is much excitement among astronomers over the recently discovered 3I-Atlas, a very fast moving comet which has entered from outside our solar system.

Again, Mr. Petrov’s “exciting” astronomy is on the level of watching paint dry.

But this analyst from the Angry Astronaut has a different take which focuses on the implications of important anomalies, such as that this object might be an “artificial space artifact” i.e. a spacecraft:

James McCanney, our decades-long cometary expert – who was once again interviewed on Coast2CoastAM recently – has yet to weigh in on this discovery.

Of course, readers should keep in mind Ben Davidson’s view that a galactic current sheet is responsible for the changes in the heliosphere, while the Vogt Nova Reset Model claims that these external factors do not overcome or change the internal clock system of the Sun which novas every 12,068 years, no matter what.

… to be continued

JWS, 7/20/25

The Black Star, Magnetars, & Other Celestial Anomalies, Part 1

The Black Star, Magnetars, & Other Celestial Anomalies, Part 1

The Black Star, Magnetars, and other Celestial Anomalies, Pt. 2

The Black Star, Magnetars, and other Celestial Anomalies, Pt. 2

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

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

The Black Star, Magnetars, and Other Celestial Anomalies, Part 4