|
Our entanglement distribution scheme utilizes the ¡°on-demand generation¡± model, in which the link level entangled pairs are generated after path exploration to save qubit resources and avoid decoherence in quantum memories. A remote entanglement generation request will experience path selection and resource allocation phase in order, finally be converted to requests on the source node, the destination node and several repeater nodes. Producing pairwise entanglement concurrently enables simultaneous entanglement swapping along the entire path with minimal delay to combat limited memory lifetimes.
|