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Magnetic monopoles are hypothetical particles that carry magnetic charge.Depending on their velocity, different light production mechanisms exist tofacilitate detection. In this work, a previously unused light productionmechanism, luminescence of ice, is introduced. This light production mechanismis nearly independent of the velocity of the incident magnetic monopole andbecomes the only viable light production mechanism in the low relativisticregime (0.1-0.55c). An analysis in the low relativistic regime searching formagnetic monopoles in seven years of IceCube data is presented. While nomagnetic monopole detection can be claimed, a new flux limit in the lowrelativistic regime is presented, superseding the previous best flux limit by 2orders of magnitude.

New Flux Limits in the Low Relativistic Regime for Magnetic Monopoles at IceCube