GIIM will host our fourth Womxn in Math and Statistics Conference at the Harvard Science Center (1 Oxford Street) on April 13th, 2019.
Register for WIMS 2019 here!
About
The Harvard Womxn in Math and Statistics (WIMS) Conference is a oneday conference run by Harvard Gender Inclusivity in Math (GIIM), held on Harvard’s campus. WIMS connects women, gender minorities, and allies interested in math and statistics in the Boston area and provides attendees with the opportunity to connect with leading mathematicians working in both academia and industry. All genders are welcome!
Schedule
9:30 am
9:30 am 10:00 am 
CheckIn
Breakfast Welcome 
Outside of Harvard Science Center Lecture Hall D  
10:05 am  Keynote 1: Mathematical analysis of patterns in physical systems 
Professor Sylvia Serfaty, NYU Courant Institute  Harvard Science Center Hall D 
11:10 am  Panel 1: Gender Gap in Math 
Dr. Rohini Ramadas, Brown University
Gage Martin, Boston College other panelists TBA 
Harvard Science Center Hall D 
12:15 – 2:15 pm  Lunch + Breakout Sessions 
Workshops (rooms TBA):


2:15 pm  Keynote 2: Combinatorics and statistical physics: a story of hopping particles 
Professor Lauren Williams, Harvard University  Harvard Science Center Hall D 
3:20 pm  Snack Break!  Outside of Harvard Science Center Lecture Hall D  
3:45 pm  Panel 2: Careers in Math 
Dr. Elizabeth Mann, Goldman Sachs
Dr. Michelle Dunn, NSA other panelists TBA 
Harvard Science Center Hall D 
4:50 pm  Closing  Harvard Science Center Hall D 
Keynote Speakers
Keynote 1: Mathematical analysis of patterns in physical systems (Sylvia Serfaty)
Many physical systems are described by energies which need to be minimized. We will be interested in systems exhibiting patterns such as vortices in superconductors and superfluids, domain walls in ferromagnets, points in Coulomb gases, and explain how mathematical analysis and partial differential equations focusing on the energy minimization problem can help to understand and describe these patterns.
Sylvia Serfaty is the Silver Professor at the Courant Institute of Mathematical Sciences of New York University. Prior to this she has been Professor at the Université Pierre et Marie Curie (currently Sorbonne Université) at the Laboratoire JacquesLouis Lions and has held various appointments at the Courant Institute of NYU. She earned her BS and MS in Mathematics from the École Normale Supérieure in Paris, and her PhD from Université Paris Sud. She works in calculus of variations, nonlinear partial differential equations, and mathematical physics. She was a plenary speaker at the International Congress of Mathematicians in 2018 and is the recipient of the EMS and Henri Poincaré prizes.
Keynote 2: Combinatorics and statistical physics: a story of hopping particles (Lauren Williams)
The asymmetric simple exclusion process (ASEP) is a Markov chain describing particles hopping on a 1dimensional finite lattice. Particles can enter and exit the lattice at the left and right boundaries, and particles can hop left and right in the lattice, subject to the condition that there can be at most one particle per site. The ASEP has been cited as a model for traffic flow, protein synthesis, the nuclear pore complex, etc. In my talk I will discuss how I started working in combinatorics in graduate school and accidentally wandered into statistical physics. In a longstanding collaboration with Sylvie Corteel (and more recently together with Olya Mandelshtam) we have been using tableaux to describe the steady state probabilities of the ASEP, as well as related orthogonal polynomials.
Lauren K. Williams is the Sally Starling Seaver Professor at the Radcliffe Institute and a professor of mathematics in the Harvard Faculty of Arts and Sciences. Her research is in algebraic combinatorics; more specifically, she uses algebraic tools to study discrete structures in mathematics. Williams received her BA in mathematics from Harvard College in 2000, and in 2005, after a year at the University of Cambridge doing part III of the Mathematical Tripos, she obtained her PhD from the Massachusetts Institute of Technology under the supervision of Richard Stanley. Subsequently, she was an NSF postdoctoral fellow at the University of California, Berkeley, a Benjamin Peirce Fellow at Harvard, and a faculty member in the Department of Mathematics at UC Berkeley from 2009 to 2018, where she obtained tenure in 2013 and was promoted to full professor in 2016. She is the recipient of a Sloan Research Fellowship, an NSF CAREER award, the AWMMicrosoft Research Prize in Algebra and Number Theory, a Rose Hills Innovator Program award, a Simons Fellowship, a Distinguished Teaching & Service Award from the Mathematics Undergraduate Student Association at Berkeley, and the 2018 Hardy Lectureship from the London Mathematical Society.
Panelists include:
Dr. Michelle Dunn is a statistician, entrepreneur, public servant, and mother. After concentrating in Applied Math at Harvard, she earned a Ph.D. in Statistics from Carnegie Mellon University. Michelle is cofounder of the technology company Data Collaboratory. Data Collaboratory’s flagship product is JanusView, a tool that uses data science to guide researchers to the most appropriate funding opportunities. JanusView builds on Michelle’s many years of experience in federal funding at the National Institutes of Health (NIH), where she was a leader of the data science initiative called Big Data to Knowledge (BD2K). Michelle works in public service; she is a seniorlevel technical expert at the National Security Agency, specializing in statistics and data science.  
Gage Martin is a Mathematics PhD student at Boston College. Her research interests lie in low dimensional topology and knot theory, specifically the interplay between algebraic invariants and topology. She received a BA in Mathematics from Marlboro College. Prior to starting her PhD program, she taught high school math through the New York City Teaching Fellows program.  
Dr. Rohini Ramadas began her career as a biologist and is currently a postdoc in the math department at Brown University. Ramadas has a PhD in Mathematics from the University of Michigan. Her research interests are in the areas of algebraic geometry, tropical geometry and complex dynamics. She is/has been involved in organizing events for women and mathematicians of minority genders working in algebraic geometry.  
Dr. Elizabeth Mann is a Managing Director of investment banking at Goldman Sachs. She graduated magna cum laude from Harvard and received a doctorate in mathematics from the University of Oxford. 
Panel Information
The Gender Gap Panel: During this panel, speakers will share their experiences as we discuss the history and theory of the gender gap, as well as ways to alleviate it on a personal and institutional level.
Careers in Math Panel: This panel will be focused on offering advice and examples to undergraduates about pursuing a career in mathematics and related fields.
Breakout Sessions
Finding Research Opportunities: The group will discuss questions related to applying to REUs, contacting professors at your department and beyond, choosing research topics, and more.
Communicating Research: The group will discuss effective and ineffective ways of talking about your research, and then each student will prepare a short pitch of their research or favorite problem.
Student Activism: Members of GIIM will answer questions about working with the math department to effect change in the math community, and how to start similar initiatives at your school.
Applying to Grad School: The group will discuss questions regarding school choice, exams, grades vs. test scores vs. research, and general guidance about the application process.
Careers in Finance: Representatives from sponsor companies will share how they translated their education in math and statistics to careers in finance.
Math Education: TBA
Illustrating Mathematics: TBA
Quotes from Past Participants
“I think this was a wonderful experience that I hope will continue for many years to come. I hope the word gets out even more and appreciate all the effort gone into making this conference happen! It was amazing talking with all of these other younger women who have similar experiences and goals as I do.”
“Great day! I really enjoyed connecting with other math students in the Boston area and discussing gender inequality issues with leading female figures in the math field. Would definitely attend again next year.”