19 Facts About Fan Chung

Since 1998, Chung has been the Paul Erdos Professor in Combinatorics at the University of California, San Diego.

Fan Chung received her doctorate from the University of Pennsylvania in 1974, under the direction of Herbert Wilf.

Fan Chung serves on the editorial boards of more than a dozen international journals.

Fan Chung has been invited to give lectures at many conferences, including the International Congress of Mathematicians in 1994 and a plenary lecture on the mathematics of PageRank at the 2008 Annual meeting of the American Mathematical Society.

Fan Chung was selected to be a Noether Lecturer in 2009.

Fan Chung was born on October 9,1949, in Kaohsiung, Taiwan.

Fan Chung has published many impressive mathematical papers, and published many joint papers with Ronald Graham.

In 1974, Fan Chung graduated from the University of Pennsylvania and became a member of Technical Staff working for the Mathematical Foundations of Computing Department at Bell Laboratories in Murray Hill, New Jersey.

In 1975, Fan Chung published her first joint paper with Graham, On multicolor Ramsey numbers for complete bipartite graphs, which was published in the Journal of Combinatorial Theory.

Since Pollak joined and became head of a research unit within a new company, he asked Fan Chung to become Research Manager.

Beyond her contributions to graph theory, Fan Chung has used her knowledge to connect different fields of science.

Fan Chung's life was profiled in the 2017 documentary film Girls who fell in love with Math.

Fan Chung was an American Mathematical Society Council member at large.

Fan Chung has two children; the first child was born during her graduate studies from her first marriage.

Fan Chung was married to him until his death in 2020.

In 1998, Graham and Fan Chung co-wrote the book Erdos on Graphs.

Fan Chung has published more than 200 research papers and three books:.

Fan Chung's work initiated a geometric approach to spectral graph theory with connections to differential geometry.

Fan Chung's work provides a solid framework for quantitative and rigorous analysis for modeling and analyzing large complex networks.