The Cleland and Schuster groups at the University of Chicago have demonstrated multi-bit entanglement in a Quantum Network. At top is a photograph of the quantum network assembly, where each node is in a machined-aluminium sample holder connected internally to the superconducting cable. Vacuum Rabi oscillations within the six standing modes in the coaxial cable (bottom) where the interaction time as a function of the Qubit Frequency are plotted.
UChicago Materials Research Center
The UChicago MRSEC pioneers frameworks for materials discovery, focusing on trainable soft materials, activated architectured materials with dynamic transport properties, and quantum transduction for integrated circuits.