Comment on "Regular magnetically charged black holes from nonlinear electrodynamics: Thermodynamics, light deflection, and orbital dynamics" by Aydiner, Sucu and Sakalli

Actually, there is a twist in the story of this paper: it doesn't really exist anymore.

Think of this paper like a mystery novel that was printed, put on the library shelf, and then immediately pulled off the shelf because the publisher realized the author never actually wrote it.

Here is the breakdown in simple terms:

The "Ghost" Paper

The title sounds very serious and scientific, promising to explain how black holes (the universe's ultimate vacuum cleaners) behave when they have a magnetic charge, using some very complex math called "nonlinear electrodynamics." It sounds like it would explain how light bends around these holes or how planets orbit them.

However, the abstract you provided contains a very important warning label: "This paper has been withdrawn."

The Analogy: The Fake Recipe

Imagine a famous chef claims to have invented a "Magic Chocolate Cake" that makes you fly. They write down the recipe and post it online. Everyone gets excited.

But then, the website administrators step in and say: "Wait a minute. We checked the chef's identity, and we can't prove they are who they say they are. Plus, we can't verify if they actually baked the cake or if the recipe even works. So, we are taking the recipe down."

That is exactly what happened here.

• The "Magic Cake": The scientific theory about magnetically charged black holes.
• The "Chef": The authors (Aydiner, Sucu, and Sakalli).
• The "Website Admin": arXiv (the online library where scientists post their work before it's officially published).

The Real Reason

The paper was removed because of "disputed and unverifiable authorship and affiliation."

In the academic world, this is like a student submitting a homework assignment but refusing to show their ID, and the teacher can't find any record of that student ever being enrolled in the class. If you can't prove who wrote the paper or which university they belong to, the scientific community cannot trust the math inside.

The Bottom Line

If you are looking for the explanation of how light bends around these specific black holes, you won't find it in this document. The document is a "ghost"—it has a title and an abstract, but the actual content is gone because the people who claimed to write it couldn't prove they were real or qualified to write it.

It's a reminder that in science, trust and identity are just as important as the math itself.