How Resumpti™ Works
STEM, STEM Device, Diamagnetism, Magnetism, Physics, Science Device, Science Education, STEM Education, Diamagnetic, Magnet, Magnetic Motion Matthew Schowalter STEM, STEM Device, Diamagnetism, Magnetism, Physics, Science Device, Science Education, STEM Education, Diamagnetic, Magnet, Magnetic Motion Matthew Schowalter

How Resumpti™ Works

The pendulum in the Resumpti™ device rotates clockwise and counterclockwise with a brief pause in-between direction change. If magnetism and oxygen is present within the vicinity of the pendulum, the rotational cycles will be continuous. Once the door on the device is closed and the baffle cover is placed on the top, the rotations will cease, and that is because the device needs several cubic feet of oxygen to operate properly.

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STEM Education Device for Science Classrooms
STEM, STEM Education, STEM Device, Physics, Magnetism, Magnetic Motion, Diamagnetic, Diamagnetism, Magnet, Science Device, Science Education Matthew Schowalter STEM, STEM Education, STEM Device, Physics, Magnetism, Magnetic Motion, Diamagnetic, Diamagnetism, Magnet, Science Device, Science Education Matthew Schowalter

STEM Education Device for Science Classrooms

We recently announced the invention of a device that is a torsional pendulum STEM learning device for an interactive classroom experiment. The device is named RESUMPTI™. It features non-uniform rotational motion that operates in both clockwise and counterclockwise directions within a magnetic field and oxygen. The device utilizes diamagnetic materials such as bismuth and plastic to enable rotation through interaction with magnetism. The device continues to rotate despite air resistance, gravity, and friction.

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