معرفی
Gang Qiu serves as an Assistant Professor in the Department of Electrical and Computer Engineering at the University of Minnesota, Twin Cities, where he directs the Quantum Electronic Device Laboratory (QED-L). His research group investigates novel low-dimensional materials and nanostructures to advance classical nanoelectronics, cryogenic electronics, and quantum technologies.
His interdisciplinary research addresses fundamental scalability challenges in CMOS technologies and quantum computing through integrated approaches spanning material science, classical semiconductor devices, and condensed matter physics. Primary research domains include quantum transport phenomena in 2D materials, cryogenic electronic systems, topological quantum states, and nanoscale device engineering for next-generation computing architectures.
Recent scholarly contributions feature a 2025 Editor's Pick review in Applied Physics Letters examining unconventional quantum Hall effect mechanisms, highlighting advancements in topological phase characterization and quantum device applications. This work exemplifies the laboratory's focus on bridging fundamental material properties with practical quantum technology implementations.
Professor Qiu actively recruits graduate research students and co-organized the 2024 "Quantum + Chips" Summer School at the University of Minnesota. His research program receives support through institutional and external funding mechanisms enabling experimental investigations in quantum electronic systems.
The Quantum Electronic Device Laboratory maintains state-of-the-art facilities for nanofabrication and cryogenic characterization, fostering collaborative research between electrical engineering and physics disciplines to develop scalable quantum computing components and advanced semiconductor technologies.
