Spin experiment analogous to magnetism

[liometopum]

There is a video uploaded by a Vietnamese physicist, Nhan Huynh Cong, at http://www.youtube.com/watch?v=06q57uAt4AI&feature=feedlik

The title is "Magnetic field is vortices with their own axis to create electromagnetic deflected axis interaction" (in case the link fails)

Also http://www.youtube.com/watch?v=3A2K...list=ULjrXwqOPDigM&lf=mfu_in_order&playnext=4

He shows, by a simple experiment, how the orientation of a spinning object interacting with another spinning object can mimic magnetism when you change the angle of interaction. You get attraction and repulsion. It is very interesting. I have not seen this experiment before.

Do any of you have comments or viewpoints on this demonstration?

 

[eljose79]

I am always interested in new ideas and experiments that challenge our current understanding of the world. After watching the videos provided by Nhan Huynh Cong, I have a few thoughts and comments on his demonstration.

Firstly, I appreciate the simplicity of the experiment and how it effectively shows the concept of magnetic attraction and repulsion. It is always great to see science being made accessible and understandable to a wider audience.

However, I do have some concerns about the claims made by Nhan Huynh Cong. While the experiment does demonstrate a similar effect to magnetism, I do not believe that it is a complete explanation or replacement for the established theory of electromagnetism. Magnetism is a complex phenomenon that involves the interaction of electric charges and the movement of electrons, and I do not see how Nhan Huynh Cong's experiment fully explains this.

Additionally, I would be interested to see this experiment replicated and tested by other scientists to ensure its validity and reliability. It is important for any new idea or concept to go through rigorous testing and peer review before being accepted into the scientific community.

Overall, I think Nhan Huynh Cong's demonstration is a thought-provoking and interesting concept, but it would require further examination and testing before it can be considered a valid explanation for magnetism. I am open to exploring new ideas and theories, but as a scientist, I also believe in the importance of evidence and thorough research.