Research Weekend
Every year in the early stages of the Spring semester, the Geneseo Mathematics Department organizes a 2-day Math Research Weekend (MRW) where an invited guest leads a team of Geneseo undergraduates on a math research topic proposed by the invitee. The MRW is offered to our students to give them a taste of math research, and sometimes the results are presented at conferences and/or published in a scholarly journal. The invited guest comes to the Geneseo campus and gives a colloquium talk on a Friday afternoon and then Friday evening and all day Saturday works with Geneseo undergraduates on a research topic. The colloquium talk is geared towards a broad audience and also serves to introduce the research topic to the students who will participate in the MRW Friday evening and Saturday. Below is sample of past Math Research Weekends.
2021 Math Research Weekend
Dr. Monica Cojocaru led a group of students on Human behavior and regional pandemic control. A total of 8 students participated in the event.
2020 Math Research Weekend
Dr. Akhtar Khan led a group of students on Elasticity Imaging Inverse Problem of Locating Cancerous Tumors. A total of 9 students participated in the event.
2019 Math Research Weekend
Dr. Elizabeth Cherry led a group of students on the modeling of the Nonlinear Dynamics of the Heart.
2018 Math Research Weekend
Dr. Pamela Harris led a group of students working on a problem on Invisible Lattice Points. Dr. Harris also shared her experience as an undocumented first-generation college student and suggests ways that institutions can support underrepresented minorities and undocumented students navigate the academic landscape. (video)
2017 Math Research Weekend
Dr. Cesar Aguilar led a group of students on the application of the PageRank algorithm to rank Division-I College Football teams.
2015 Math Research Weekend
Dr. Thomas Cooney led a group of students on Quantum Game Theory.
2014 Math Research Weekend
Dr. Farbod Shokrieh led a group of students on Chip-firing games and Riemann-Roch theory for graphs.