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We devised this experiment to find out if there was any way to shield an area from incoming muons. We created a magnetic field using a total of 11 neodymium magnets, in order to create a magnetic field that could possibly bend or deflect the paths of muons traveling vertically. Set to a 4 fold coincidence, our detectors were spaced out about 0.5 meters each in a stacked configuration, creating a smaller angle of acceptance for muons to pass through all 4 detectors. Magnets were first placed between the middle detectors, then above all detectors when results were miniscule. Overall, we found that count rates were lower with the addition of a magnetic field by ~0.1 counts per second, compared to control runs without magnets. Magnetic fields seem to be a viable means of shielding from muons, though longer data runs and more powerful magnets must be used to fully show the effects of magnetic shielding.
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