معرفی
András Gyenis is an Assistant Professor in the Department of Electrical Engineering at the University of Colorado Boulder, specializing in photonics and quantum engineering. His research focuses on developing hybrid superconducting-semiconducting quantum devices to enhance qubit coherence times. Prior to CU Boulder, he held postdoctoral and visiting positions at Princeton University and the Niels Bohr Institute, focusing on superconducting quantum circuits and topological materials.
Education: PhD in Physics (2016, Princeton University), MS/BS in Experimental Condensed Matter Physics (Budapest University of Technology, Hungary). His work bridges quantum material science and quantum information science, emphasizing noise-protected qubit architectures and novel material platforms.
Research Interests: Hybrid quantum devices, topological materials, superconducting circuits, coherence time extension, and cryogenic electronics. His lab creates qubits with intrinsic protection mechanisms to counteract environmental noise, advancing scalable quantum computing.
Selected Articles: Recent work includes symplectic geometry in quantum circuits (2024), supercurrent reversal in nanowires (2023), and protected qubit designs (2021–2022). These studies explore material integration, dynamical sweet spots, and noise mitigation strategies.
Labs/Teams: The Gyenis Lab at CU Boulder develops hybrid qubits and semiconductor-based quantum devices. They seek graduate/undergraduate students for experimental and theoretical contributions.
