Distributed fanout operations using transversal gates on Bivariate-Bicycle codes reduce non-local communication by up to 2.3×. Simulation analysis shows systematic advantages for scalable fault-tolerant distributed quantum computing architectures.

Distributed fanout operations using transversal gates on Bivariate-Bicycle codes reduce non-local communication by up to 2.3×. Simulation analysis shows systematic advantages for scalable fault-tolerant distributed quantum computing architectures.