US EditionLevitated Oscillator Amplifies Subtle Deviations From Standard Quantum Mechanics
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Levitated Oscillator Amplifies Subtle Deviations From Standard Quantum Mechanics
Researchers demonstrate a method to amplify subtle deviations from standard quantum mechanics predicted by the Schrödinger-Newton equation, utilising periodic modulation of a levitated mechanical oscillator to enhance observable effects by up to six orders of magnitude and enabling feasible experimental verification of this interface between quantum mechanics and gravity.
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