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[colloquium]Qian Gou: Molecules Rotating on Earth and in Space: Laboratory Spectroscopic Strategies

发表日期:2021-04-07来源:放大 缩小
 
国台学术报告2021 06 /NAOC Colloquium No.06 2021
暨国家天文台组建20周年学术报告 Colloquium for the 20th anniversary of NAOC
   
报告题目/Title Molecules Rotating on Earth and in Space: Laboratory Spectroscopic Strategies
报告人/Speaker Dr. Qian Gou (Chongqing University)
报告时间/Time Wednesday 2:30 PM, Apr. 07, 2021
报告地点/Location A601, NAOC & Live Streaming
主持人/Host Prof. Di Li
报告语言/Language: English (英文报告)
报告海报/Poster Click to download the poster
演示幻灯片/Slides Click to download the slides (later)
报告视频/Video Click to watch the video (later)
直播链接/Live Webcast: [科技馆直播地址]  [光明网直播地址]
   
报告摘要/Abstract  
Rotational spectroscopy is arguably the most accurate high-resolution molecular spectroscopic technique due to its high sensitivity to mass distributions of molecules. It provides unique insights into the structures of molecules that are reflected in rotational constants. Molecules, previously examined in the laboratory, can be identified in interstellar space with the help of radio telescopes. In this talk, with the recent results we have obtained, the possibilities and challenges in rotational studies of isolated molecules and molecular complexes, particularly with interstellar interests, will be presented.
   
报告人介绍/Bio:  
Dr. Qian Gou got her Ph.D. in physical chemistry at the University of Bologna (Italy) in 2014. She continued the research on rotational spectroscopy at the University of Bologna as a research assistant. In May 2015, Dr. Gou was funded by “100 Young Chongqing University” and became an appointed research professor at Chongqing University, China. There she contributed to set up the first Fourier transform microwave spectrometer in China. Her research interest is focused on molecular conformational behaviors, non-covalent interactions, and molecules of interstellar interesting with high resolution molecular spectroscopy complemented with theoretical calculations. Till now, Dr. Gou has more than 90 academic publications in international peer-reviewed journals. She has received 3 research funds as PI from the National Natural Science Foundation of China and is funded by Chongqing Youth Talent Support Program.
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