I am a Ph.D. candidate in Applied Mathematics at Northwestern University. I use mathematical tools to uncover the simplicity behind complex phenomena of human society. Some topics of my work include crimes in cities and polarization of political parties. My approach is to build mechanistic models from first principles and to confront them with real-world data. I work closely with social scientists, physicists, and mathematicians.
Outside of academics, I enjoy dance, photography, and Aikido. I was the founding president of NuTango, Northwestern University’s Argentine Tango Club. I was also the 2016-17 president of Society for Industrial and Applied Mathematics Northwestern Chapter.
CV (Jan 2018)
If you are looking for my d3 visualization of US Congress ideology, it’s here.
- I gave a talk at the Seven Minutes of Science Symposium about urban scaling laws and the “reasoning from first principles” approach. [Talk Video]
- Northwestern News Network featured my research on urban scaling laws. [Interview Video]
- Northwestern University’s Data Science Videos featured my work in [Video 1]. In [Video 2], I shared my view on two types of data science.
- Jan 2018: Present my work on political party polarization at Dynamics Days US
- Dec 2017: Paper on arXiv: The origin of urban productivity scaling laws. A math model that explains why bigger cities are more productive and more susceptible to crime at the same time
- Oct 2017: Paper on arXiv: Do two parties represent the US? Clustering analysis of US public ideology. My undergraduate students, Louisa Lee and Siyu Zhang answered if adding more political parties in the US would help represent the public’s ideology better
- Oct 2017: Attend the Grace Hopper Celebration for Women in Computing
- June - Sept 2017: Data science internship at Airbnb=
- May 2017: Won the Red Sock Award for Best Poster Presentation for my model of political polarization at SIAM Conference on Applications of Dynamical Systems, Snowbird, UT
- April 2017: Organize the Chicago Area SIAM Student Conference. See conference photos here
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