The City College of New YorkCCNY
Department of Mathematics
Division of Science

CCNY Math Club

The math club will primarily be running events with the AWM this coming year. See the AWM page for up-to-date information.


The math club and AWM are moving! After spring break, we'll be located in MR 210.

See below for upcoming math club events.

How to Become a Math Club Member

Math club logo

Please join the Google Group and follow the Math Club Instagram(@ccnymathclub).

For any inquiries, please feel free to email us at Or, email me personally at

Club room

The current location of the Math Club (and AWM) is Marshak 308A. The club room is always open, so come by and use it for studying/tutoring/relaxing. (The doorknob won't turn, but the door is unlocked--just push. If you have any trouble getting in, email Elliot at .)

Welcome to the Math Club page!

Executive Committee, 2023-2024

  • President: Elliot Kimbrough-Perry

  • Vice Presidents: Tabitha Ramirez

  • Treasurer: Victor Pena

  • Secretary: Veronica Koval

  • To promote community among math enthusiasts and math majors at CCNY.

  • To promote diversity in STEM fields, and cultivate an inclusive environment where anyone can feel like they belong.

  • To keep math related majors apprised of career, research, and scholarship opportunities.

  • To encourage the appreciation of the beauty and wonders of mathematics.

Upcoming Events:

See here for more upcoming AWM/Math Club events.

Opportunities and Info:

Recent Opportunities

  • NSF funded Research Experiences for Undergraduates (REUs): a current list can be found here.

And more!

  • Many colleges and universities host summer REU programs. Please check here for a detailed list on mathprograms. Applications to most of these programs has to also be done via mathprograms as well.

  • The department offers an accelerated master program (4+1) for math undergraduates. Please see here for more information.

  • Please contact Professor Gautam Chinta for more details regarding degree with honors.

  • If you would like to learn more about the Math Alliance, here is a link.

  • Prof. Daugherty's Advice for Applying to PhD Programs. Click here for some very comprehensive guidelines for continuing your education and really great advice for those interested in pursuing a PhD in mathematics.

Past Events:

List of events held in the past

  • Talk: The Švarc-Milnor Lemma, by Adrian Cabreja (Tuesday April 16th 2024, 12:30-1:30, Marshak 308A)
  • Geometric Group Theory explores group properties by examining the geometric spaces these groups act on. Essentially, when a group G acts on a space X, X's topological and geometric structure significantly reveals G's structure. An example of this with respect to finitely generated groups is the Švarc-Milnor lemma. This proposition states that if a group G acts 'nicely' on a metric space X, then G is finitely generated; it also shares a deep geometric resemblance to X. In my talk, I'll delve into the Švarc-Milnor lemma, both proving and unpacking it, along with introducing the foundational ideas necessary to grasp this great mathematical statement.

  • BEAM Summer Employment Info Session (Thursday April 4th 2024, 12:30-1:30, Marshak 308A)

    BEAM (Bridge to Enter Advanced Mathematics), an organization promoting involvement in math among marginalized students, is hiring college students/graduate students/recent graduates for its summer program.

  • Talk: How the Iterative Local Transitive Model on a Graph Affects its Zero Forcing Sets, by Nhat Nguyen (Tuesday March 26th 2024, 12:30-1:30, Marshak 308A)
  • Talk: TBA, by Jack Theurer (Tuesday March 19th 2024, 12:30-1:30, Marshak 308A)
  • Pi Day Party (Thursday March 14th 2024, 12:30-2:00, Marshak 308A)

    Come join us for an afternoon of pie, plus an integral competition!

  • Talk: TBA, by Axel Kodat (Tuesday March 5th 2024, 12:30-1:30, Marshak 308A)
  • Women and Math Conference (Saturday March 2nd 2024, 10:00-5:00, CUNY Graduate Center 4102)
  • See the following link for registration information: . Please register as soon as possible--it'll help the organizers plan.

  • Talk: Symbolic Dynamics of Geodesics, by Tabitha Ramirez (Tuesday February 20th 2024, 12:30-1:30, Marshak 308A)
  • Mathematical Crocheting (Tuesday February 6th 2023, 12:30-2:00, Marshak 308A)

    Welcome back! Come meet new students, say hi to your returning friends, and learn to crochet!

  • Study With Us! (Tuesday December 13th 2023, 12:30-2:00, Marshak 308A)

    Finals are here! Come study with us this Tuesday in the club room!

  • Halloween Party (Tuesday October 31st 2023, 12:30-2:00, Marshak 308A)
  • Student Seminar: A comparison of invariants in knot theory, by Nhat Nguyen (Tuesday November 7th 2023, 12:30-1:30, Marshak 308A)
  • Student Seminar: Regarding Selberg's Central Limit Theorem, by Eli Amzallag (Tuesday November 14th 2023, 12:30-1:30, Marshak 308A)

    In a standard probability course, the Central Limit Theorem is often discussed. Recall that this theorem (in a certain sense and with adequate hypotheses) implies that certain sums of random variables can be approximated by Gaussian random variables. In number theory, Selberg’s Central Limit Theorem formally establishes how this idea can be used to describe the behavior of the Riemann zeta function along the critical line Re(s) = 1/2 in the complex plane (where all of the nontrivial roots of the Riemann zeta function are conjectured to fall). We discuss Selberg's Central Limit Theorem and explain some results in connection with this theorem.

  • Student Seminar: Introduction to symbolic dynamics, by Dr. Tamara Kucherenko (Tuesday October 24th 2023, TBA, Marshak 308A)
  • Student Seminar: An Alternate Proof of Quillen's Theorem A, by Sevan Bharathan (Tuesday October 17th 2023, TBA, Marshak 308A)
  • Student Seminar: Graph C* algebras, by Adrian Cabreja (Tuesday October 10th 2023, 12:30-1:30, Marshak 308A)

    This talk aims to introduce attendees to the foundational aspects of C*-algebra theory. We will commence with a discussion on Banach algebras and their fundamental properties, setting the stage for the introduction of C*-algebras as a natural extension. Key concepts such as * involution, the Gelfand-Naimark theorem, and spectral theory will be discussed.

  • Student Seminar: Higher order Jacobian matrices, by Tabitha Ramirez (Tuesday September 26th 2023, 12:30-1:30, Marshak 308A)
  • Student Seminar: Computability of equilibrium measures, by Emma Dinowitz (Tuesday September 19th 2023, 12:30-1:30, Marshak 308A)
  • Student Seminar: Phase transitions and one-sided shift spaces, by Elliot Kimbrough-Perry (Tuesday September 12th 2023, 12:30-1:30, Marshak 308A)

    A phase transition is a sudden change in the equilibrium of a dynamical system. I will introduce the definition of a phase transition, a shift space, and some related notions such as topological entropy, then sketch the construction of a potential on a one-sided shift that exhibits one phase transition.

  • Welcome Back Party (Thursday September 7th 2023, 12:30-2:00, Marshak 308A)

    Come say hi to your returning friends and meet new students! There'll be (free) snacks and drinks.

  • - LGBTQ+ in STEM (Friday May 7th, 1:00pm - 3:00pm)

    In collaboration with other CCNY STEM clubs, Math Club is hosting an event to feature LGBTQ+ community in academia. We are inviting professors and postdoctoral researchers from different universities to share their experiences in STEM as part of the community. Please RSVP below to get the zoom link!

    • Math Internship Panel (Friday April 30th, 12:30pm - 1:30pm)

    We will have three interns (one data science intern and two Rich interns) with backgrounds in both research and the industry. We will also hold a Q&A session where you can ask them any questions you may have.

    • A Panel Discussion About MATH IN INDUSTRY (Sunday April 25, 2pm-3pm)

    We are very excited to host an industry panel this Sunday, April 25th from 2-3pm. We will have four speakers from different industry backgrounds. This will be a great opportunity to hear and learn about life in the industry. There will also be a Q&A session where you can ask the speakers any questions you may have.

    • Graduate Panel 2021 Prof. Zajj Daugherty, Karoline Dubin, Abdoulaye Maiga (Friday 03/26/2021 12:30pm - 2:00pm)

    On March 26th, we will invite Professor Zajj Daugherty, Karoline Dubin, and Abdoulaye Maiga to a graduate panel to discuss grad school preparation. We will also ask them questions about various aspects of graduate programs. The floor will be open to the audience for more questions towards the end. Join us on Friday!

    • Python Workshop For Beginners (Thursday 02/25/2021 @12:30pm - 2:00pm)

    Maliha Tabassum will be leading a Python workshop for beginners on Thursday, February 25th. Python is a high-level programming language widely used in industry and academic research. The workshop will focus on basic knowledge of Python and provide additional resources to master the programming language. See you there!

    • Cryptography: Introduction to Fully Homomorphic Encryption (11/19/2020 @ 12:30pm to 1:30pm)

    The Math Club is hosting an event with Pascal Paillier's cryptography start-up, Zama, to present an introduction to fully Homomorphic Encryption. This'd be a great talk for anyone interested in exploring topics in cryptography! We look forward to seeing you!

    The recording of the zoom meeting can be found here:

    Introduction to Fully Homomorphic Encryption

    • Introduction and Virtual Meeting with Dr. Nancy Kopell (10/08/2020 @ 12:30pm to 1:30pm)

    We are excited to announce that our very first event this semester will be held on October 8 from 12:30 pm to 1:30pm. We will hold a discussion session with Dr.Nancy Kopell, Professor of Mathematics and Statistics at Boston University, who is very well known for her work throughout many mathematical societies. We look forward to seeing everyone at this lively meetup!

    • SAGE Programming Workshop: Representation Theory of Groups and Algebras Thursday 11/21/19 12:45pm -2:15pm NAC 1/511A (Artino Lab)

    Pavel Javornik will be running a programming workshop in the Artino computer labs in SAGE, an open-source alternative to Mathematica that can be run on a browser. We will introduce the ideas behind representations, motivate the left-regular representation as a tool in the study of modules over group algebras, and use SAGE to bring some of that to life. For those interested in getting a head start, the first few sections of this paper might provide some insight.

    • An Introduction to Group Theory Thursday 11/14/19 12:45pm - 1:45pm NAC 6/310

    This is an interactive event headed by Jason Redman aimed at math and physics students to introduce the concept of groups and group homomorphisms. We will look at concrete examples of symmetry groups, study group structures through Cayley diagrams, and construct isomorphisms through them.

    • REU Awareness Seminar Fall 2019 Tuesday 11/12/19 12:45pm - 1:45pm NAC 6/310

    Alice Medvedev and a few undergraduate students will be speaking about REUs (Research Experiences for Undegraduates), and why they matter. They will offer advice about improving your chances of being accepted into an REU, and share their personal experiences with you all.

    • 2019 Rich Summer Internship Math Presentations II Tuesday 10/10/19 12:45-1:45 NAC 6/310

    Rich Summer Internship participants Ryan Olsen and Abdullah Khan will be giving us 20 minute presentations on their work this summer!

    Abdullah Khan

    My work with Professor Medvedev involved studying specific parts of a Theorem by Hrushovski in a paper by Hirotaka Kikyo “On Generic Predicates and Automorphisms” in logic. My goal over the summer was to learn the necessary abstract algebra to parse this theorem and understand it. My final report consists of the preliminary mathematics needed to do this and an exposition of the theorem by Hrushovski from the perspective of an introductory student of mathematics.

    Ryan Olsen

    A theoretical cryptographic scheme based upon sending a string of bits, 0 and 1. This protocol circumvents the computational hardness assumptions found in most cryptosystems used today, although with a slight loss in accuracy. Its implementation and further improvements will be discussed.

    There will be pizza and refreshments!

    • Welcome Back Party Fall 2019 Thursday 9/26/19 12:45pm - 1:45pm NAC 6/310

    We will be meeting this day to discuss what kinds of events you might want to see the Math Club host, as well as various opportunities for undergraduate students like the department's new 4+1 joint Bachelor's/Master's degree program. Come grab some pizza and meet some other math enthusiasts!

    • 2019 Rich Summer Internship Math Presentations Tuesday 9/17/19 12:45pm - 1:45pm NAC 6/310

    Rich Summer Internship participants Joe Winter and Samuel Young will be giving us 20 minute presentations on their work in two exciting fields.

    Joe Winter

    My work focuses on the dynamical system known as the perturbed doubling map, a function on the complex plane that maps a complex number z to z-squared + c, where c is a complex number known as the perturbation constant. My talk will detail computational approaches to estimating and visualizing the Julia set of this map. I will also discuss strategies used to estimate periodic points of the map which are then used to explore the relation between c and the maximization of a particular potential.

    Samuel Young

    Local Subgroup Structures of Abstract Commensurators The abstract commensurator of a group, Comm(G), generalizes the notion of the automorphism group Aut(G). We study a new variation of Comm(F_2), which embeds in Comm(F_2), which we show is not locally residually finite.

    There will be pizza and refreshments!

    • Special Mathematics Colloquium: Prof. Linda Keen (Lehman College), Thursday 05/09/19 12:30pm - 1:30pm, NAC 6/114

    This is a joint even with the CCNY AWM Chapter. Participants are invited to join the tea at noon in the Math Lounge (8th floor), and lunch immediately following the talk. We will show how the basic question of how to lay tiles in a room leads mathematicians to interesting questions and new concepts in geometry.

    • Grad Panel 2019 Tai-Danae Bradley, Jozef Dodziuk, Anna Tao, Friday 5/3/19 12:30pm - 2:00pm MR 702

    On May 3rd we will be inviting Tai-Danae Bradley and Jozef Dodziuk from the Grad Center, and Anna Tao from CCNY as panelists on the Friday, May 3 Graduate Panel. We will be asking them questions about the most important things you need to know for getting into a graduate program, and then open the floor for any questions you might have.

    • Data Science Panel 2019 , Roland Maio, Grant Long, Diana Saafi, Thursday 3/13/19 5:30pm - 7:00pm NAC 1/203

    The AWM, Math Club, and Women in Computer Science are hosting a data science panel, where we will have professionals and academics at various levels talking about what it is like to be a data scientist. We invite everyone to come listen and ask questions.

    • REU Info Session Alice Medvedev, Thursday 1/31/19 4:00pm - 5:00pm NAC 1/511E

    The math club and AWM, alongside with Dr. Alice Medvedev, will be hosting an REU Awareness Event. She will be talking about the kinds of REUs available this summer, where to apply, and how to strengthen your application. REUs typically admit first semester sophomores to first semester seniors and range in difficulty.

    • Division of Science Research Opportunities Fair Tuesday 11/20/18 12:15pm Marshak Cafe

    The Division of Science will be hosting a [Research Opportunities Fair] in the Marshak cafe. The Math Club and other organizations will be tabling there from 12:15 and on. So feel free to come by!

    • Rich Summer Intern Presentations Tuesday 11/13/18 12:30pm - 1:50pm NAC 7/312

    We will be having some students presenting the work they did over the summer with the Math department in NAC 7/312 from 12:30 to 1:50. So if anyone wants to come hang out and discuss about the type of research undergraduates get into, feel free to come by. We'll also have food and refreshments.

    • Becoming a Math Major Michael Shub, Bianca Santoro, Khalid Bourabee, Christian Wolf, Thursday 11/1/18 12:30pm - 1:50pm NAC 6/114

    We will be hosting an event in NAC 6/114, 12:30 - 1:50. We will have the chair, Michael Shub, professors Bourabee, Wolf, and Santoro talking about things they find interesting and what to expect in higher level math courses, as well as what you might do with a math degree. There will be free food, and everyone is welcome to attend!

    • Maximal Volume Entropy Rigidity of RCD(-(N-1),N) Presenters, Thursday 10/11/18 12:30-2:00 NAC 6/114

    For n-dimensional Riemannian manifolds M with Ricci curvature bounded below by -(n-1), the volume entropy is bounded above by (n-1). If M is compact, it is known that the equality holds if and only if M is hyperbolic. We show the same maximal entropy rigidity result holds for a class of metric measure spaces known as RCD(K,N) spaces. While the upper bound follows quickly, the rigidity case is quite involved due to the lack of a smooth structure on these spaces.

    • Seven Bridges of Konnigsberg Jason Redman, Thursday 10/4/18 12:45pm - 2:00pm NAC 4/108

    In 1736, Euler was given a problem to which he said there is no solution. This problem laid the foundations of graph theory and prefigured the idea of topology. We will talk about this problem and why it was so significant along with some fun explorations into the world of graph theory!

    • Undergraduate Lecture Series:

    The Math Department organized a student seminar designed to have faculty present accessible lectures to start conversations on advanced mathematics. Those talks were accessible to undergraduate students and covered a wide range of topics. For more information, please check out the seminar website.

    New results on the dodecahedron

    Picture of a dodecahedron with a closed straight-line path

    Unlike the other platonic solids, the dodecahedron has a straight-line path (geodesic) from a vertex to itself. Actually, there are infinitely many, but in joint work of Prof. Hooper with Prof. Athreya (Univ. of Washington) and Prof. Aulicino (Brooklyn College), it was shown there are exactly 31 such paths up to certain “hidden symmetries.” The picture above shows one which can also be animated. This work was described recently in Quanta Magazine.

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