Generation of entanglement between three superconducting qubits distributed among four waveguide cavity resonators

The 3D architecture for superconducting qubits enabled long coherence times qubits and the ability to hand-select both qubits and cavities alike for optimal parameter selection. A crucial next step towards larger systems consists of spreading entanglement between qubits sharing different cavities. In this talk we present the experimental generation of entanglement on a 3-qubit/4-cavity three-dimensional superconducting architecture obtained by the implementation of the Resonator Induced Phase (RIP) gate.