MIST Group

The MIST Research Group at Duke University is part of the Department of Electrical and Computer Engineering and the Fitzpatrick Institute for Photonics. MIST Group focuses on creation of multi-functional integrated systems based on a wide range of technology areas. The technology areas include expertise in optical system design, photonic materials and devices, design and fabrication of micro-electromechanical devices/sensors, and Si and III-V heterogeneous integration. Our current primary research areas of interest include application of these technologies to quantum computation and quantum communication, quantum-enabled detectors, advanced imaging systems, bio-sensing and functional metamaterials research.

Fall 2011: Dr. Seo Ho Youn and Dr. Byung-Soo Choi join us as Postdoctoral Research Associates; Seongphill Moon joins us as a new graduate student!

18 July 2011: Ryan presents "Double-stage frequency down-conversion system for distribution of ion-photon entanglement over long distance" and Peter presents "Scaling Quantum Information Processing using Distributed Remote Entanglement" at IEEE Summer Topicals Entanglement Distribution in Quantum Communication and Beyond in Montreal.

10 July 2011: OSA Imaging Systems and COSI meeting. Hui Son gives a talk, "A Multiscale, Wide Field, Gigapixel Camera."

July 2011: Hui Son publishes his paper, "Design of a spherical focal surface using close packed relay optics," in Optics Express.

13 June 2011: Peter chairs a session, Taehyun presents a talk entitled "Individual addressing of trapped ions using a mems beam steering system," and Rachel presents a poster, "Progress toward Collecting Light Emitted by a Single Atom into a Single Optical Mode," at the APS DAMOP 2011 meeting.

6 June 2011: Stephen and Taehyun present posters at the 2011 Multi-Qubit Coherent Operations Program Review "MEMS-based beam steering for individual addressing of trapped ions," Stephen Crain, et. al. and "Progress in integration of a surface trap and a fiber cavity towards efficient entanglement generation between remote ion pairs," Taehyun Kim, et. al.


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