Two microwave resonators coupled to the same voltage-biased double quantum dot enter synchronized limit-cycle oscillations when their frequency detuning is small enough.
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Theoretical framework shows magnons emitted from spin defect ensembles into a magnetic bath retain quantum correlations from the emitters, enabling generation of single- and many-body quantum magnonic states.
Adding Kerr nonlinearity to a bimodal Jaynes-Cummings system enables strong, robust photon antibunching via cooperative atom-field and nonlinear effects, resistant to spontaneous emission, drive strength, and mode coupling defects.
A dynamical decoupling protocol enables fast high-fidelity gates on a central qubit coupled to targets, demonstrated via IBMQ simulation and adapted for 15NV centers in diamond.
The study finds that the spectral form factor in the closed Dicke model deviates from Poissonian expectations in the regular regime unless spin sizes are very large, while the dissipative spectral form factor in the open model with cavity damping shows robust quadratic dip-ramp-plateau behavior in a
citing papers explorer
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Synchronizing microwave cQED limit-cycle oscillators
Two microwave resonators coupled to the same voltage-biased double quantum dot enter synchronized limit-cycle oscillations when their frequency detuning is small enough.
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Generating single- and many-body quantum magnonic states
Theoretical framework shows magnons emitted from spin defect ensembles into a magnetic bath retain quantum correlations from the emitters, enabling generation of single- and many-body quantum magnonic states.
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Robust Universal Photon Blockade in a Bimodal Jaynes-Cummings Model via Kerr Nonlinearity
Adding Kerr nonlinearity to a bimodal Jaynes-Cummings system enables strong, robust photon antibunching via cooperative atom-field and nonlinear effects, resistant to spontaneous emission, drive strength, and mode coupling defects.
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Quantum Gates via Dynamical Decoupling of Central Qubit on IBMQ and 15NV Center in Diamond
A dynamical decoupling protocol enables fast high-fidelity gates on a central qubit coupled to targets, demonstrated via IBMQ simulation and adapted for 15NV centers in diamond.
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Comparative Study of Indicators of Chaos in the Closed and Open Dicke Model
The study finds that the spectral form factor in the closed Dicke model deviates from Poissonian expectations in the regular regime unless spin sizes are very large, while the dissipative spectral form factor in the open model with cavity damping shows robust quadratic dip-ramp-plateau behavior in a