An introduction to "MAGNAPEIRON" versus the state of the art

[georkertsopoulos]

The foundations of magnetism have extended their capabilities to unlimited new types of polarity and interactions between interactive magnetic structures. The like polarity that causes the repulsion and the unlike attractive polarity are still here, causing a single interaction for each unique polarity from zero distance to the infinity between the interacting structures. Magnetic structures have been built for thousands of years using one of them, mainly using the unlike-attractive polarity. Millions have been spent for many decades in the scientific struggle to overcome the many problems that arise in the industry, through significant percentage energy losses, for the needs in many machines to acquire a 100% homogenized magnetic field, a fact never achieved by the costly "magnetic containment" project all these decades. All of the different "magnetic coherence" research projects had the central aim of enriching electromagnetic behaviors in a revolutionary manner. As many scientific review articles on the subject report, the desired results never came, given the high funding for research and development that went into it, having set very high goals of course. This need for "magnetic coherence" and also "magnetic limitation" is successfully solved by the present invention. Although the known like and unlike polarity are still here and will always be around, they have been enriched by more than 96 different polarities, causing more than 96 different interactions and types of magnetic fields, making it also possible in many different designs to have the 100% homogenized magnetic field. The multiple like and unlike new polarities are now formed to coexist and also to cause "stable balance" and "unstable balance" interactions and many more ... The inventor-writer, invited as the honored speaker of the "special session", presented his invention: "Magnetic System of Multiple Interactions" at the 2nd International Congress of Magnetism and Magnetic Materials, Budapest, on September 24, 2018.