New Insights into the Stellar Initial Mass Function: the Interplay between Filaments, Magnetic Fields, and Protostellar Accretion

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 Time:  Thursday, January 10, 2019, 02:00pm
 Title:  New Insights into the Stellar Initial Mass Function: the Interplay between Filaments, Magnetic Fields, and Protostellar Accretion
 Speaker:  Dr. Shuo Kong (Yale University)
 Location:

蒙民伟科技南楼S727


ABSTRACT

Star formation is crucial to the cosmos in many ways. Among the key questions in star formation, the birth of massive stars and the origin of stellar initial mass function are the two outstanding issues to be conquered. I will introduce how I have been tackling the two questions in Galactic molecular clouds at very different evolutionary stages, thanks to the recent development in mm/sub-mm interferometry and far-infrared imaging and polarimetry. I will discuss how ALMA can play a pivotal role in the study of outflows and protostellar cores. Such a study will be combined with an improved investigation of filaments with SOFIA and JWST. The synergy will potentially reveal a different picture of protostellar accretion and the origin of the stellar initial mass function.

BIO
In 2011, Dr. Kong received his Bachelor's degree in Physics from Peking University. In the same year, he entered graduate school at the University of Florida, where he received his Doctorate degree in Astronomy in 2016. He is now a research scientist in the Department of Astronomy, Yale University.

Host: Prof. Jiangfeng Zhou


Slides: 20190110-Kong.pdf