analiza aiqbench

This research presents a significant methodological advance in quantum computing by developing a framework to accurately predict energy loss mechanisms in spin defects, which is critical for stabilizing qubits. By successfully modeling the full optical cycle and internal conversion processes within realistic solid-state environments, the study directly addresses a key bottleneck in scaling quantum sensing and processing technologies. The work leverages advanced computational simulations via the WEST code to overcome historical difficulties in describing complex atomic interactions relevant to both quantum hardware and energy applications.