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The possibility of a frame-induced violation of Lorentz invariance due tonon-inertial spin-1/2 particle motion is explored in detail for muon decaywhile in orbit near the event horizon of a microscopic Kerr black hole. It isexplicitly shown that kinematic and curvature contributions to the muon's decayspectrum--in the absence of any unforeseen processes due to quantumgravity--lead to its stabilization at the muon's Compton wavelength scale. Thisexample is emblematic of the search for unambiguous indicators to criticallyassess current and future approaches to quantum gravity research.

Is There an Observable Limit to Lorentz Invariance at the Compton Wavelength Scale?