【直播】【上海天文台天体物理学术报告】Prof. Chin-Fei Lee

活动名称：

ALMA View of Disk and Jet Formation in the Early Phase of Star Formation

活动时间：

2022年8月4日 (周四) 14:00

报告嘉宾：

Prof. Chin-Fei Lee（Academia Sinica Institute of Astronomy and Astrophysics）

主办单位：

中科院上海天文台

直播通道

蔻享学术直播间 识别二维码，即可观看直播。

这里可以放放直播海报

报告人介绍

Prof. Chin-Fei Lee

Academia Sinica Institute of Astronomy and Astrophysics

Chin-Fei Lee obtained his PhD degree in Astronomy from the University of Maryland, USA in 2001. He was a postdoctoral fellow in the NASA/JPL/Caltech, USA from 2001 to 2003, and in the Harvard-Smithsonian Center for Astrophysics – Submillimeter Array Project, USA from 2003-2006. He joined the Institute of Astronomy and Astrophysics, Academia Sinica (ASIAA) as an Assistant Research Fellow in late 2006, and is currently a Distinguished Research Fellow. He was the Deputy Director of the ASIAA from 2017-2021, and also a joint Professor in the Physics Department of National Taiwan University from 2015-2021. He is the PI of the ALMA-Taiwan project and manages the ASIAA CASA Development Center (ACDC) for ALMA software developments. He is also a member of the International Astronomical Union (IAU). He mainly studies the formation and evolution of Sunlike stars, and aims to uncover their physical processes with radio observations and magneto-hydrodynamical simulations.

报告简介

Stars like our Sun are forming everywhere in our home galaxy, the Milky Way. ALMA, which stands for Atacama Large Millimeter/Submillimeter Array, is currently the largest radio interferometry array on Earth. With its unprecedented sensitivity and resolution, we have mapped a few young star-forming regions in great detail, making a few breakthrough discoveries in the study of star formation. In this talk, I will first briefly introduce the current theory of star and planet formation. Then, I will present our ALMA results of star formation in detail. In particular, I will report our results of accretion disks and jets around the forming stars and discuss their formation mechanisms. The accretion disks are expected to evolve later into protoplanetary disks in which planets are formed.

---

推荐阅读

编辑：黄琦

蔻享学术 平台介绍

蔻享学术平台，国内领先的一站式科学资源共享平台，依托国内外一流科研院所、高等院校和企业的科研力量，聚焦前沿科学，以优化科研创新环境、传播和服务科学、促进学科交叉融合为宗旨，打造优质学术资源的共享数据平台。

识别二维码，

下载 蔻享APP  查看最新资源数据。

点击阅读原文，查看更多精彩报告！