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My favorite part of mathematics is talking to other people about it, so if you are interested in talking to me either about my work, or about work that I might be interested in, please get in touch! Circular networks are one of the many possible generalizations of trees studied in evolutionary biology.

My favorite part of mathematics is talking to other people about it, so if you are interested in talking to me either about my work, or about work that I might be interested in, please get in touch! Fast forward to September 2017. There is nothing positive about having this disease, but I always felt blessed that my daughter was so young when I was diagnosed, because I never had to fully detail for her just how serious my disease was, and how extensive my treatment plan had to be.



Melanie Wood Melanie Matchett Wood Vilas Distinguished Achievement Professor University of Wisconsin-Madison In Fall 2018, I will be the Minerva Distinguished Visitor at. My work is currently supported by a , a , and National Science Foundation CAREER grant DMS-1652116. Much of my research is motivated by questions in number theory, though the mathematics I study also includes arithmetic and algebraic geometry, topology, probability, and random groups. I am interested in understanding the distribution of number fields and their fundamental structures, including class groups, p-class tower groups, and the Galois groups of their maximal unramified extensions. I work on questions including counting number fields, finding the average number of unramified G-extensions that number fields have, bounding the sizes of class groups, and function field analogs of all of these questions which then leads to questions in topology about certain moduli spaces of curves. To understand the distribution of class groups and Galois groups of unramified extensions, I also study random abelian and non-abelian groups to construct the random groups that are relevant for number theory and understand their properties. I have also been developing tools in probability theory to study randomly arising finite groups, such as the Jacobians of random graphs and cokernels of random matrices. I completed my PhD at Princeton University in 2009 under the supervision of Manjul Bhargava, and was a Szego Assistant Professor at Stanford University from 2009-2011. I was an Five-Year Fellow from 2009-2017. My favorite part of mathematics is talking to other people about it, so if you are interested in talking to me either about my work, or about work that I might be interested in, please get in touch! Follow the directions to submit a paper. Conferences We are had a conference on the in Madison, April 6-8, 2018. Teaching In Fall 2016, I taught In Fall 2014, I taught In Spring 2014, I taught In Spring 2012, I taught In Fall 2011, I taught Mentoring Undergraduate Research In Summer 2013 and Fall 2013 I supervised three undergraduates and a graduate student on a research project funded by NSF grants DMS-1147782 and DMS-1301690. I have supervised undergradutes in the past working on research projects with me through the I also supervised a group of undergraduates in Summer 2012 on research projects continuing the work from Math 490. Seminars A short reminder to myself about.

However complex evolutionary events, such as genetic reassortments or hybrid speciations which occur commonly in viruses, bacteria and plants, do not fit into this responsible framework. I used them as a source of strength on the days I thought I just would not make it. I never wanted them to hear about my treatment plan from someone else, and I wanted them to be comfortable with asking me questions. My favorite part of elements is talking to other people madison matchett it, so if you are interested madison matchett talking to me either about my work, or about work that I might be interested in, please get in touch. In fact, for most of her life, Madison looked at breast cancer as a curable illness. Solo she won a state competition, and in eighth grade, the well-rounded student, who was also active in cheerleading and theater, placed tenth in the country. I have supervised undergradutes in the past working on research projects with me through the I also supervised a group of undergraduates in Ring 2012 on research projects continuing the work from Math 490. When looking back at what I have gone through, I can honestly say I would not have made it this far without my family. I was looking forward to my 10-year anniversary of being cancer-free. I always say it affects not only the patient but the family as a whole. Madison, I knew, would need more. I work on questions including counting number fields, finding the average number of unramified G-extensions that number fields have, bounding the sizes of class groups, and function field analogs of all madison matchett these caballeros which then leads to questions in topology about certain moduli spaces of curves.