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Here we experimentally probe hyper-complex quantum theories, studying one of their deviations from complex quantum theory: the non-commutativity of phases.
We have proposed a lithographic approach for fabricating complex quantum circuits that incorporate superconducting enclosures.
Photonic-integrated circuits have emerged as a scalable platform for complex quantum systems.
In a superconductor, a complex quantum mechanical effect prevents these small losses of energy to the medium.
In summary, we believe that practical implementation of complex quantum circuits will require innovative approaches to scaling up.
Such an experiment might involve the creation of a highly complex quantum system, containing many components that exist in a novel entangled state.
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The new research pointed to a complex quantum-physics interaction that would account for a much larger shift — and for the living lobster's original color.
We focused on the complex quantum-level system, composed by the QDs, WL, InGaAs embedding layer, and n-doped MB.
We show that the metamaterial phase commutes with other phases with high precision, allowing us to place limits on a particular prediction of hyper-complex quantum theories.
How to cite this article: Procopio, L. M. et al. Single-photon test of hyper-complex quantum theories using a metamaterial.
To the best of our knowledge, our work places the most precise bounds on the commutativity of phases within hyper-complex quantum theories to date. Figure 1: Experimental schematic and phase characterization.
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