At the Digital Quantum Matter group, we push the boundaries of superconducting quantum technologies.
Our research revolves around designing, fabricating, and testing nonlinear superconducting circuits—featuring core components like Josephson junctions—all developed in the world-class Quantum Nanofabrication Facility.
Our work is rooted in experiment: from ultra-low-temperature measurements in dilution refrigerators to high-precision studies of two-level systems (TLS), nonlinear circuit behavior, and quantum synchronization. We are internationally recognized for advancing the understanding of defects in superconducting devices and for pioneering techniques in quantum device characterization.
Now, we’re venturing into neuromorphic quantum architectures, exploring brain-inspired ways to store and manipulate information using superconducting hardware.
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