As it is known: in the state of the art, the like and the unlike polarity between two magnets remains independent of the
distance between them. According to the invention: “Magnetic System of Three Interactions”, International office of patents
WIPO-PCT, bearing the No WO/2013/136097of the inventor Georgios K. Kertsopoulos, the like and the unlike polarity
between two magnetic constructions depends on the distance between them [1], [2], [3], [4], [5], [6], [7], [8], [9], [10]. The
know-how of the invention makes it possible for interacting magnetic constructions to possess and perform interchangeable
more than 96 polarities and interactions. Polarities and magnetic fields can in multiple ways interchange, depending on the
varying distance between two interacting confronted magnetic constructions, offering many new variable design capabilities.
For the first time, new types of poles are created, for example: simultaneous like-unlike poles or simultaneous unlike-like
poles are created, causing stable or unstable balance as an interaction; also, for the first time in magnetism, new types of
magnetic fields are formed never before observed, for example: remote fields of very strong attraction, without however,
the contact of the magnetic constructions. The magnetic devices that perform these multiple interactions are fully patented
internationally, published in a book in English, by the inventor a book in English, by the inventor [11]. The new scientific
laws and principles, revealed through these experiments enrich the very basics, the foundation of magnetism, since many
new types of polarities and interactions are introduced and are made possible for the first time in science and technology. In
figure 1 of the article we observe the division and determination of the empty air space, between the magnetic constructions,
at three distances and two boundaries which apply both for the like and the unlike front poles and in figure 2 we observe the
three typical spatial distances, the three multi-plane polarities and the three interactions with properties and with spatial
boundaries and interactions based on the bundles of the dynamic lines between the two magnetic constructions, on the
guide, when the poles of the front poles of the arrangements are initially like.
Furthermore, in figure 7 we observe a schematic representation of the three different fields (175), (177) and (178) between
the above-mentioned magnetic arrangements of the constructions of the invention, with initially like front poles, in the
sense of the general cause of the dynamic difference. This article is in continuation of the following published article that
introduces the reader to the invention’s technology: Georgios K. Kertsopoulos (2018) Innovation article: 36 over passed
restrictions of magnetism achieved by the 96 multiple magnetic polarities-interactions performed by the Kertsopoulos world
patented invention vs. the known two. Advances in Nanoscience and nanotechnology [12].
https://www.opastonline.com/wp-content/uploads/2018/12/36-over-passed-restrictions-of-magnetism-achieved-by-the-96-
multiple-magnetic-polarities-interactions-performed-by-the-kertsopoulos-world-ann-18.pdf?fbclid=IwAR1jYPFME5mhX2FLbKKTPAdu0YMe3FqHtoUdoRoeao8mKIp1GRuWeovEaA
Kertsopoulos Innovation: The Three Multi-plane Polarities and the Three Interactions
and Schematic Representations in the Sense of the General Cause of the Dynamic
Difference