Research & Development

Magnets have the power to perform work! The foundation of our research has been to show that an independent magnetic field can produce sufficient driving force, which can be harnessed to enhance motor generator efficiency. To boost efficiency by utilizing the driving force created by magnetic fields, the laws of physics had to be considered. Weight and friction had to be conquered and removed to ensure true efficiency in any system. With these design challenges resolved, the real work began on manipulating magnetic fields to tackle the most significant obstacle: energy input versus energy output. Using magnetic fields for attraction and repulsion to induce driving force is seen as “potential energy” requiring input. Physics laws mandate that this potential energy will yield equal output, hence the term “magnetic speed bump.” The most straightforward solution was to create an imbalance in the magnetic fields, which Neodymium Energy successfully achieved, earning multiple patents.

A major breakthrough was achieved after years of meticulous trials, revealing a magnetic field drawn in and forcefully expelled under its own power without any input. Since no existing simulation software could predict the movement of sixteen fluid magnetic fields interacting in a dual axial X, Y plane, a laborious stop-motion trial-and-error approach was employed, taking thousands of hours. In practical applications such as motors or generators using Neodymium Energy’s technology, the driving force would need to be generated for a full 360 degrees to make a significant impact on efficiency. However, the breakthrough only provided 30 degrees of force, leaving over 330 degrees of force required to be effective.

The challenge then became how to extend the magnetic field to cover 360 degrees using the same groundbreaking method that worked for 30 degrees. This moment was crucial for the company, as it would mean starting from scratch if the original breakthrough process couldn’t be applied. Fortunately, the development of more advanced magnetic simulation software in 2018 allowed for a solution that incorporated the same magnetic theory used nearly a decade earlier to be visualized, extending the magnetic field for 180 degrees. This meant that the exact process could be replicated for the remaining 180 degrees on the same plane, bringing the company closer to achieving their goal of enhanced motor generator efficiency.