Magnetism Insights from the Thomas Young Experiment Data.xlsx

This is data that was collected for the paper "Magnetism: Insights from the Thomas Young Experiment" where it was proven that magnetism organizes itself into a wave no matter the disturbances. It must be something discrete before it organizes itself into a wave. It must be something discrete before it organizes into a wave formation. That discrete thing was named a khumson. Renamed a khumalon not to confuse it with a town in Uzbekistan.<br><br>The khumalon is a massless, low energy, highly unstable quantum phenomenon associated with regulating energy that gives a particle a charge. Its wave has a gaussian distribution. <br><br>All experiments involved measuring millimetre by millimetre the gauss readings in front of a metal slab with different configurations of slits. The metal slabs where themselves placed behind a powerful neodymium magnet. <br><br>As no such tool existed, a small rail system had to be created that could move millimetre by millimetre or less and the gauss meter sensor was given a place to be affixed nd thus turning a screw measure magnetic field and changes millimetre by millimetre. <br>