PATENT-PENDING TECHNOLOGY
We manufacture and sell educational STEM tool kits that feature magnetic and diamagnetic motion. This tool kit introduces an innovative method for instructing in magnetics and physics. It enables students to observe and measure rotational oscillations and resumptive movements of the torsional pendulum. The students can evaluate how the device’s operation relates to the Laws of Thermodynamics and they can determine if it is an open or closed system.
Core Technology: Uses a suspended torsional pendulum interacting within a shared magnetic field to produce repeatable, observable, and measurable rotational oscillations and "resumptive" forward movements.
Educational Purpose: Allows students to observe unique motion behaviors and evaluate how the device relates to the Laws of Thermodynamics.
Curriculum Integration: Features lesson plans geared toward middle school (6th to 8th grade) and high school (9th to 12th grade) students to study magnetics, physics, and thermodynamic principles.
Our Founder
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Matt Schowalter
It all began with a hobby. In 2023 Matt decided as a winter project to study magnetism and motion with magnets. He soon discovered that a ferromagnetic element and diamagnetic element along with paramagnetic oxygen creates rotational motion. He then spent years studying this movement.
Matt’s background is STEM focused in tool and die making, CNC machining, product development, and manufacturing engineering. With this background he was adept in making devices and manufacturing parts. He used a CAD software package and a 3D printer to make and test certain magnet and diamagnetic elements. After many hours of testing every consideration possible, he named the motion he was seeing Diamagnetic Resumption Motion. Matt applied for the patent for the STEM learning device that showcases this motion, and he developed the lesson plans with teacher assistance.
“By studying magnetically induced motion and environmental magnetism, I developed a method to unlock its mysteries, resulting in Resumption Motion. This is because magnetism interacts at the intersection between physics and chemistry, especially when you have paramagnetic oxygen involved.”
Matt Schowalter
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