Subject: Seeking Collaboration on Magnetic Monopole Research

Dear Researchers and Enthusiasts of Magnetic Monopoles,

I hope this message finds you well!

Recently, I was inspired by several insightful lectures on spintronics and quantum mechanics that provided me with new perspectives on magnetism. This sparked my curiosity, leading me to explore the intersection of my existing knowledge and these new insights through experimental applications in magnetic levitation.

To validate my theoretical concepts, I initiated experiments aimed at developing more stable methods for magnetic levitation that function at room temperature and atmospheric pressure, without the reliance on electrical devices or cryogenic environments. After extensive trials using ferrite magnets, I discovered a promising solution.

As I delved deeper into the underlying principles to refine my theoretical model, I noticed that my findings closely resemble characteristics of magnetic monopoles.

• While it may not fit the traditional definition of a monopole, as it features a small area of opposite polarity, the majority of its surface exhibits monopole-like behavior.
• This conversion to a pseudo-monopole appears to emerge under specific conditions.
• Following this discovery, I conducted multiple replication experiments to ensure that my observations were robust and reproducible.

As a result, I have filed a patent for this method and apparatus for generating magnetic monopoles.

I am eager to share this discovery through a formal publication.

• I have developed a method and invented an apparatus for generating magnetic monopoles using various magnetic materials that act as quasiparticles to simulate monopole behavior.
• This approach seems to be applicable to electromagnets as well.

As I hold a degree in computer engineering, I am reaching out to this researchers community for guidance and collaboration.

Please feel free to reach out to me via email if you are interested in discussing this further.

Thank you for your time, and I look forward to connecting with you!

Best regards,

Stone BYUN