Mathy Art Contest

Bucknell’s 1st Mathy Art Contest. Mathematics and art go together like chips and salsa, Beyoncé and Jay-Z, and orange and blue. If you agree, enter this contest! If you disagree, let us prove you wrong!
• All forms of art welcome including drawing, painting, coloring, sculpture, origami, poetry, creative writing, and the performing arts.
• Only requirement: your submission has some mathematical element, anything from a simple pattern to an Escher-esque hyperbolic plane.
• All members of the broader Bucknell community are welcome to contribute, including local residents, children of Bucknellians, etc.
• Winners in various categories will be by popular vote of the community at a future event. Prizes: eiπ+1 plus great acclaim.
• Deadline: Labor Day, September 6. Send your submissions to peter.mcnamara@bucknell.edu or drop off in Olin 380.

Poster: http://www.unix.bucknell.edu/~pm040/mathy-art-contest-poster.pdf

Welcome and Welcome Back Meet & Greet

Welcome and welcome back from the Mathematics Department to our majors and fellow math and stat enthusiasts!

Come say hello to Math. Dept. faculty & meet fellow students
Play outdoor games & pick up a welcome back pack

Tuesday, August 24
4:00-5:30
Olin Science Quad
(outside main doors of Olin)

Rain date Tues. Aug. 31, 4:00-5:30

Image of a hippo forming the hypotenuse of a right triangle with side label "hippopotenuse"

Student Panel: What did you do last summer? Nov. 12 @12:30 PM on Zoom

The Mathematics Department Virtual Student Colloquium Series will present talks by Bucknell Students Thursday, November 12 at 12:30 PM on Zoom! Students will discuss “What Did You do Last Summer?”

The panel will feature

  • Kaitlin Bonacci ’21 – technology consulting at Ernst & Young
  • Jack de la Parra ’22 – REU on sports analytics at Carnegie Mellon University
  • Claudia Shrefler ’21 – analytics internship at Geisinger
  • Callie Valenti ’21 – internship at Goldman Sachs as a global investment analyst
  • Sarah McDougall ’21 – REU on ”Data Science Across Disciplines” at Marquette University
and will be moderated by Brendan Matthys ’21.

Abstract: There are many exciting summer opportunities for students in the mathematical sciences! These range from internships in financial companies, to research experiences at other universities, to leadership development programs, and more! A panel of your peers will tell you their experiences. What did they enjoy? When did they apply? There will also be ample time for questions and answers. These varied opportunities, as well as being terrific fun, are also immensely valuable as you begin to think about your careers after Bucknell!

Zoom Link: https://bucknell.zoom.us/j/95413936042

Video: https://mediaspace.bucknell.edu/media/1_77a53jhz (Bucknell login required)

Slides:

All the panelists shared their contact details for those with follow-up questions:

  • Kaitlin Bonacci: ktb005@bucknell.edu
  • Jack de la Parra: jodlp001@bucknell.edu Sludes
  • Sarah McDougall: snm009@bucknell.edu
  • Claudia Shrefler: cjs051@bucknell.edu
  • Callie Valenti: cgv004@bucknell.edu, 203-249-8095

“Not Linear? Not a Problem!” at 12:30 PM on 10/22 via Zoom

https://bucknell.zoom.us/j/95413936042
Student Colloquium Talk by Professor Sanjay Dharmavaram

Abstract: Ever wonder why  mathematics classes focus so much on linear problems? In Calculus we learn about linear approximations. In Differential Equations, after classifying differential equations as linear and nonlinear, we mostly focus on linear problems. Linear Algebra focuses exclusively on systems of linear equations. There are two reasons for this: 1) nonlinear problems are hard!! Unlike linear equations, there is no unified theory that works for all nonlinear equations. 2) linear approximations are often a good starting point to study nonlinear problems.

In this talk, we will make a foray into the marvelous world of nonlinear systems and discuss techniques under the umbrella of “Bifurcation Theory” to analyze them. Bifurcation theory is a branch of mathematics that investigates, albeit qualitatively, nonlinear equations containing a tunable parameter. Such equations routinely arise in biology, engineering, physical and social sciences. Some examples include models for understanding cardiac arrhythmia, synchronization of fireflies’ flashing, pattern formation in reaction-diffusion systems, and buckling of structures under mechanical loads. In this talk, we will also see how the tools of bifurcation theory can be used to analyze some of these problems.

Watch on Mediaspace: https://mediaspace.bucknell.edu/media/1_gzca3xpq

“Not a Normal Math Talk” at 12:30 on 10/1 via Zoom

https://bucknell.zoom.us/j/95413936042

Student Colloquium Talk by Professor Michael Reeks.

Abstract:

Anyone who has ever shoved a pair of headphones in their pocket knows about the following general principle of the universe:”Any flexible strand will tie itself in knots as soon as it’s given the opportunity.” As such, knots are ubiquitous in nature and art:

– DNA strands, so often pictured as tidy helices, actually spend most of their time hopelessly knotted;
– the way in which proteins interact and function depends heavily on the way they are folded, or knotted, together;
– and some of the oldest known art is based on complex patterns of knots.

Mathematicians, always ready to help out, have therefore tried to study and classify knots for decades. In this sadly pizza-less talk, I’ll introduce the mathematical theory of knots and knot invariants, which are tools that can help us tell knots apart. I’ll explain how some basic questions in knot theory tie into sophisticated topics of current research, and explain a few fascinating ways in which knots arise in chemistry, biology, physics, and art.

Flyer: https://tinyurl.com/y4fwvzjh

Video (Bucknell login required): https://mediaspace.bucknell.edu/channel/Mathematics%2BDepartment/184494973

“Curing Cancer: Mathematicians Want a Piece of That!” at noon on Thursday 2/27 in Olin 268

Student Colloquium Talk by Professor Allison Lewis, Lafayette College

Abstract: How can mathematical modeling assist in the development of treatment protocols for cancer? Recent technological advances make it possible to collect detailed information about tumors, and yet clinical assessments of treatment responses are typically based on extremely sparse datasets. We propose a workflow for choosing an appropriate model for tumor growth and treatment response, verifying parameter identifiability, and assessing the amount of data necessary to precisely calibrate model parameters in order to make accurate predictions of tumor size at future times. Throughout this talk, we will discuss ways in which we can bridge the gap between mathematical modelers and clinical physicians to better harness the power of both worlds to meet a common goal.

“Factoring Rook Polynomials” at noon on Thursday 2/13 in Olin 268

Student Colloquium Talk by Professor Kenny Barrese, Bucknell University

Abstract: Rook theory is a branch of mathematics which considers how many ways you can put rooks on a board so that no two are attacking each other. Here a “rook” is the usual chess piece, but the “board” that we are placing on probably is not an eight by eight square. One way to consider the numbers you obtain is as coefficients of a polynomial, the rook polynomial. It is a key result in rook theory that, if you define the rook polynomial correctly, it always factors completely! In fact, we will see that this factorization arises not by algebraic manipulation, but by counting things in a clever way.

“A Basic Overview of the Actuarial Profession” at noon on Thursday 1/30 in Olin 268

Student Colloquium Talk by Gloria Asare, AXA Insurance, Toronto, Canada

Abstract: Come learn what it takes to become fully certified and work as an actuary. Our presenter Gloria Asare, ACAS, MAAA will touch on various topics of interest related to the actuarial field. These include: how to become an actuary; the different types of actuaries that exist; the types of mathematical problems actuaries solve; what one’s journey to being an actuary could look like; and diversity in the actuarial profession.

Anyone interested in the actuarial profession (even if you don’t know what it is) is welcome! A mathematical background is not required to attend.

Bio: Gloria Asare is a Specialist Actuary in Pricing at AXA Insurance in Toronto, Canada. She is an Associate of the Casualty Actuarial Society (ACAS) and a member of the American Academy of Actuaries (MAAA). She has ten years of experience working as an actuary in the commercial property and casualty insurance industry supporting various lines of business. After graduating Cum Laude from the Wharton School – The University of Pennsylvania with Bachelor of Science in Economics with a Concentration in Actuarial Science, and a minor in African Studies, she started out her career in Exton, PA (about two hours away from Lewisburg) before relocating to lower Manhattan in New York City, and then to Toronto. Gloria is interested in helping people from all backgrounds get interested in and succeed in the actuarial profession, especially those from underrepresented backgrounds. Gloria is an active member of the CAS and the International Association of Black Actuaries (IABA). She has also served on the Scholarship committee of the Ontario Conference of Casualty Actuaries (OCCA – a regional affiliate of the CAS), on the Scholarship Committee of IABA, and last year founded the Toronto affiliate of IABA. She serves as mentor to a number of students and early career professionals in the field as well. Gloria is proudly African with roots in Nigeria, Kenya and Ghana. She is also a wife, and a mother to two spirited children.

“From the Bridges of Königsberg to Data Analysis” at noon on Thursday 11/21 in Olin 268

Student Colloquium talk by Professor Chris Johnson, Bucknell University

Abstract:  The Prussian city of Königsberg once contained four land masses connected by a series of bridges, and citizens of the city would sometimes ponder the following simple puzzle: is it possible to walk through the city crossing each bridge exactly once?  In analyzing this question, Leonhard Euler noted that the most important feature was how the bridges connected the land masses to one another.  Understanding “connectedness” is one part of a branch of mathematics called topology, and in this talk I will give an overview of a few particular topological ideas.  Beginning with Euler’s nearly 300 year old analysis of the bridges of Königsberg puzzle and ending with some recent developments concerning the shape of a data set, we will see that topological tools can have surprising applications.

“What Did You Do Last Summer?” at noon on Thursday 11/7 in Olin 268

The Mathematics Department Student Colloquium Series will present talks by Bucknell Students this Thursday, November 7 at 12:00 PM in Olin 268. Moderator will be Hannah Bokma ’20 where students will discuss “What Did You do Last Summer?”

Speakers:
Hannah Bokma ’20 – teaching intern, Breakthrough Houston
Elise Covert ’20 – data analytics, American Institute for Research
Mady Lawrence ’21 – data analytics, Highmark Health
Phil Thompson ’20 – financial sales and business development intern, IHS Market

Abstract: There are many exciting summer opportunities for students in the mathematical sciences! These range from internships in financial companies to research experiences at other universities to leadership development programs. In this week’s colloquium, a panel of your peers will tell you their experiences. What did they enjoy about their experiences? When did they apply? There will also be ample time for questions and answers. These varied opportunities, as well as being terrific fun, are also immensely valuable as you begin to think about your careers after Bucknell.