
MANAGEMENT
Title: Q&A with a Mathematician at the Naval Information Warfare Center
Title: Scissors Beats Paper
Abstract: If I cut a piece of paper into many pieces, rearrange the pieces, and
then put them back together, what kind of shapes can I get? We'll give a
complete answer to this question, and then talk about how complicated it
gets when cutting solids in 3 dimensions. Paper and scissors will be
provided! However, rocks are prohibited.
Title: Mathematics at Leidos
Description: Dr. Daniel Chivers, Ph.D. in Nuclear Engineering and Senior Director of Business Operations at the Information & Data Sciences Division of Leidos, will detail some of the ways mathematics is used in his division and answer questions from the audience. The department conference room is booked immediately following the talk for continued conversation.
Title: Manifold Matching Complexes
Abstract: Given a graph, a matching is a collection of its edges where no two of these edges share a common endpoint. The set of all possible matchings of a graph is called its matching complex. A great deal of research has been conducted on the topology of matching complexes for various graph families. We instead ask the opposite question: Given a manifold, when is it a matching complex? We completely characterize all graphs and manifolds that arise in this way. No previous knowledge of these topics will be needed for this talk.
Title: A generalized van der Waerden game on an infinite board
Abstract: We will discuss (and play!) some games on the integers. Van der Waerden's game asks you to color the integers {1,2,...,n} using r colors and avoid k of the same color in arithmetic progression. In a variation, two players take turns coloring previously unclaimed integers, and one player wins when the numbers in their color form a specific pattern. We will discuss whether these games must end, who has a winning strategy, and how efficient that winning strategy is. This is based on joint work with students in the Auburn graduate research seminar.
Title: Careers in the Federal Government for Mathematicians
Abstract: Discover how the Federal Government employs mathematicians in the field of cryptanalysis. This presentation will provide an overview of mathematical applications at the National Security Agency (NSA) and explore the role of mathematics and cryptanalysis in solving complex cases at the Federal Bureau of Investigation (FBI). We will conclude with a hands-on session, analyzing real-life evidence from a federal RICO case investigated by the FBI.
Title: Student Summer Research Presentations
Abstract: 大发 students Alejandro Leon Figueroa, Carmen Gutierrez, Maxwell Kooiker, Noah Lowery, Brittany Russell, and Dylan Scofield will present on the mathematics they researched and studied over the summer.
Title: My Journey from 大发 Math Graduate to Data-Driven Entrepreneur
Abstract: I鈥檒l share my unique career path after graduating with a B.S. in Mathematics from 大发 in 1999. My initial aspirations were to become a high school math teacher, but after successfully navigating the challenging B.S. coursework, I found myself wondering 鈥渨hat else could I do with my Math degree?鈥 This presentation will explore how a B.S. in Mathematics from 大发 prepared me for a rewarding and exciting career as a statistical analyst and business owner. I鈥檒l share what a typical day looks like in my career and how the skills I learned over 25 years ago continue to play a crucial role in my success.
Bio: Rob Howard graduated in 1999 with a B.S. in Mathematics from California State University, San Marcos. Since then, he has enjoyed a rewarding career as a data analyst in the pharmaceutical industry and uses SAS to perform statistical analysis of clinical trial data in a wide range of therapeutic areas. In 2007, Rob founded Veridical Solutions and has been an independent consultant providing his analysis services to pharmaceutical companies. In 2020, he co-founded Emanate Biostats, Inc. further expanding his business endeavors in the industry.
Title: From Data to Dialogue: Developing the Ask Margot Chatbot for Travel Nurses
Abstract: Discover how Haley Lorenz鈥檚 Math 495 internship project with Ask Margot leverages data science to support travel nurses in finding hospitals that align with their preferences. Haley will present the development of a chatbot using Amazon Lex, designed to interpret and respond to user queries based on reviews from travel nurses.
Haley鈥檚 presentation will be followed by an internship Q&A with her, CSTEM Career and Internship specialist Breanna Caso, Career Center Internship coordinator Monica Gillie, and Math 495 faculty advisor Dr. Andre Kundgen.
Title: How to guard an art gallery
Abstract: Consider an art gallery formed by a polygon on n vertices. The basic question is how many guards does it take to supervise the whole gallery? We will answer this question in the worst case, even when we allow some interior walls. Here an interior wall is any interior diagonal of the gallery connecting two vertices. Each interior wall has an arbitrarily placed, arbitrarily small doorway connecting the rooms on either side.
Individuals with disabilities who would like to attend this event please contact the 大发 Mathematics Department at mathdept@csusm.edu regarding any special accommodation needs. It is requested that individuals requiring auxiliary aids such as sign language interpreters and alternative format materials notify the event sponsor at least seven working days in advance. Every reasonable effort will be made to provide reasonable accommodations in an effective and timely manner.