Are quantum uncertainties the result of a small particle interactions within the space-time framework of a much larger object that is by definition a relativistic system? Take the thought experiment of an earth sized bubble having an evacuated center but where all the mass of the earth is contained within the homogeneous isotropic 'thin film' of the bubble. The relativistic system is defined as: the exterior of the bubble whose 4-space curvature maps to earth's, the thin film bubble whose energy density maps to earth's, and a perfectly evacuated interior whose volume maps to earth's. Under this 'system' the gravity vector at the geometric center of the bubble is zero. A 1mm non-quantum spherical object of uniform density is placed at the geometric center of the bubble. The question is whether or not the 1mm spherical uniformly dense object can be observed to exhibit uncertainty characteristics that are consistent with the statistical uncertainties predicted by quantum mechanics.

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