Qubit Entanglement in a Driven Two-Qubit Cavity-QED System with Asymmetric Coupling

Analytical study of cavity-mediated qubit entanglement reveals a coupling-asymmetry threshold for maximally entangled states that scales with cavity photon number. Drive-dissipation interplay produces non-monotonic steady-state entanglement in open systems.

#QuantumEntanglement #CavityQED #Research

Frequency-Resolved N-Photon Correlations in Ultra-Strong Cavity QED Coupling

Ultrastrongly coupled cavity QED reveals multiphoton antibunching and bunching via cascade transitions between dressed eigenstates. Parity symmetry-breaking opens new transition channels, dramatically enhancing correlated photon pair and triplet generation.

#QuantumOptics #CavityQED #Research

Prof. Orozco giving a seminar

As a brand new lab, we are particular proud to share pictures from our first visitor Prof. Luis Orozco from @univofmaryland.bsky.social

Thank you, Luis for the great discussions!

#🔆-⚛️ interaction #QuantumPhysics #CavityQED

@lensqgases.bsky.social