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报告时间：2016年12月22日(星期四) 上午9:00
报告地点：bat365在线平台官方网站六层学术报告厅（致知楼3623）
报告题目1：低维超冷量子气体中的两体散射共振及近阈值束缚态性质
报 告 人 ：王高仁 博士（德国汉堡大学）
报告摘要：
囚禁在外部光势阱中的超冷原子气体为研究低维物理提供了一个高度可控的平台。理解低维超冷气体中的两体相互作用是解释和预测低维系统性质的重要基础。本报告将讨论低维超冷气体中的两体散射共振和对应的近阈值束缚态性质，揭示外部势阱对散射态和束缚态的影响，探讨如何通过调节外部参数来诱导低维散射共振。
报告人简介：
王高仁，2014年从大连理工大学获得博士学位。先后在法国国家科学研究中心，德国汉堡大学从事博士后研究。研究内容围绕利用外场，比如电场、磁场、超短脉冲激光场等，对超冷气体的相干控制。
报告题目2： Exciton-Plasmon
Interaction in the Quantum Dots-Silver Nanowire System
报 告 人 ：李强 博士（香港科技大学）
报告摘要：
The generation of single plasmons by coupling silver
nanowire (NW) with single quantum emitters opens the prospects of using quantum
optical techniques to control single surface plasmons (SPs) and designing novel
quantum plasmonic devices. In this report, we first show the experimental
demonstration of resolving single plasmons generated by a pair of quantum dots
(QDs) on a silver NW waveguide. The accurate positions of the two QDs with
separation ranging from micrometers to 200 nm within the di?raction limit are determined by using superresolution
imaging method. Then we experimentally measured for the ?rst time the quantum
yield of single SPs generated by the exciton?plasmon coupling in a system
composed of a single QD and a silver NW. Finally we show that multiple QDs
coupled with silver NWs could be controllably excited by modulating the SPs
field on the NW. We demonstrate the selective excitation of two QDs with a
separation of about 100 nm.
报告人简介：
Dr. Qiang Li received his PhD in condensed matter physics from
Institute of Physics, Chinese Academy of Science in 2014. He became a Postdoc
Fellow at Department of Physics, Hong Kong University of Science and Technology
in March 2015. Since November 2016, he has been a lecturerin the School of
Information and Optoelectronic Science and Engineering, South China Normal
University, China.Dr. Qiang Li’s research focuses on the exciton-plasmon
interaction in single molecule level. Now he mainlyconcentrates on the
reconstructionof the plasmonic near field distribution using single molecule
fluorescence superresolution imaging method and the discoveringof Rabi
splitting in single molecule coupled with plasmonic nanostructure. He has
published in peer-reviewed journals including Nano Letters, ACS Nano, Journal
of Physical and Chemistry C and Chinese Physics B,
etc.
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2016年12月19日
