@informaq.bsky.socialEPR-pair consumption—standard optimization metric in distributed quantum compilation—doesn't reliably predict execution time. Equal EPR costs yield vastly different runtimes; reliability depends on circuit structure and communication architecture.
@informaq.bsky.socialCisco's compiler now models network physical limitations, entanglement constraints, and distributed error correction directly into quantum circuit compilation, enabling proactive optimization for multi-QPU systems at scale.
@informaq.bsky.socialmemQ releases open-source Distributed Quantum Compiler enabling multi-vendor quantum processor networks via optical channels. Framework converts standard circuits to network-optimized execution graphs, supporting scale-out quantum computing deployment.
@informaq.bsky.socialmemQ and Argonne researchers identified that a 10-fold reduction in microwave-optical transducer noise would make remote gate teleportation superior to circuit cutting for linking quantum processors—offering new pathways to scaled quantum systems.