analiza aiqbench

This theoretical study demonstrates how planar trivalent qubit architectures can drastically reduce hardware overhead for fault-tolerant quantum computing. By limiting each qubit to three neighbors instead of four, the proposed lattice-surgery protocol lowers both ancillary qubit requirements and two-qubit gate counts by an order of magnitude compared to standard surface-code implementations. These findings offer a promising pathway toward scaling up physical resources without compromising logical performance in error-corrected systems.