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Fundamental quantum gravity theories are known to be notoriously difficult toextract viable testable predictions out of. In this paper, we aim toincorporate putative quantum corrections coming from loop quantum gravity inderiving modified dispersion relations for particles on a deformed Minkowskispacetime. We show how different choices of the Immirzi parameter can, in somecases, serendipitously lead to different outcomes for such modifications,depending on the quantization scheme chosen. This allows one to differentiatebetween these quantization choices via testable phenomenological predictions.

Linking loop quantum gravity quantization ambiguities with phenomenology