Fig. 6: TFLN Enabled Temporal Multiplexing Advantage.
From: A thin film lithium niobate near-infrared platform for multiplexing quantum nodes
a Diagram of remote entanglement generation scheme between two quantum nodes separated by a distance L (top) with a single memory or (bottom) using multiple memories interleaved via temporal multiplexing. b Computed entanglement rate between two quantum memories separated by L = 20 km utilizing temporal multiplexing as a function of number of memories used. Losses of our platform are incorporated in this model. Due to the low-loss and scalability of our TFLN devices, a gain of over 100x in entanglement rate can be achieved via temporal multiplexing as compared to the single memory case.
