aiqbench analysis

This research demonstrates a significant breakthrough in high-field superconductivity using moiré-engineered graphene junctions, sustaining phase-coherent Josephson interference up to 6 Tesla. By stabilizing quantum states within Hofstadter minibands, the study creates a new platform for robust interferometry that operates deep into regimes previously dominated by the quantum Hall effect. This advancement directly expands the operational limits of superconducting devices and offers novel pathways for high-field quantum sensing applications.