Periodic trap frequency modulation can amplify Schrödinger-Newton deviations in the position variance by up to six orders of magnitude, enabling a possible experimental test.
To avoid this, we consider only initially pure states
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Enhancement of the effects due to the Schr\"odinger-Newton equation
Periodic trap frequency modulation can amplify Schrödinger-Newton deviations in the position variance by up to six orders of magnitude, enabling a possible experimental test.