A Magnetic Field Orientation that Changes the Fundamental Design of Electric motors.

​ ParaNetic magnet produces magnetic field distinctly different from traditional permanent or electromagnets. Unlike conventional magnets, which have a single north and south pole, a ParaNetic magnet features a unique polarity configuration: it can generate two north poles with a south pole sandwiched between them, or two south poles with a north pole in between. This is described as a "virtual" or "projected" magnet, meaning it’s not a physical object in the traditional sense but rather a magnetic field effect created by a specific arrangement of electromagnets or permanent magnets..​

​​​​​​​​​​​​​​​​​​​​​​​ This unusual three-pole structure allows the ParaNetic magnet to interact with magnetic fields in ways standard magnets cannot. For example, objects can pass completely through its magnetic field, including the transition points where the poles switch, which isn’t possible with typical magnets where these boundaries are internal. This property, along with the ability to link multiple ParaNetic magnets in linear or circular layouts, forms the basis for advanced applications like the ParaNetic electric motor.

​​​​​​​​​​​​​​​​​​​​​​​​ParaNetic motors leverages both sides of the rotor and stator magnetic fields simultaneously, boosting efficiency, torque, and performance while reducing heat compared to conventional designs. The ParaNetic magnet’s design also enables unique functionalities, such as suspending permanent magnets at the polarity switch points with high precision, which has potential uses in valves, transducers, and even ion propulsion systems.​​​​​​​​​​​​​​