analiza aiqbench

This research presents a significant methodological advance in quantum error correction by adapting classical LDPC design principles to overcome structural limitations inherent to quantum systems. By utilizing permutation matrices with controlled commutativity, the new approach achieves large girth and avoids low-weight logical operators, which are critical for maintaining code performance at scale. This work effectively bridges decades of classical coding theory with high-rate quantum error correction, offering a practical pathway toward more robust quantum communication and computation.