Algebra and Combinatorics Seminar
The Algebra and Combinatorics Seminar features research talks about recent results in algebra, combinatorics, and related areas. Particular subjects of interest are the structure and representation theory of Lie algebras, quantum groups, algebraic groups, and vertex algebras, as well as the algebraic, enumerative, geometric, and topological aspects of combinatorics.
Applied Mathematics Graduate Student Seminar (AMGSS)
The Applied Math Grad Student Seminar (AMGSS) is an opportunity for graduate students to give presentations in a low-pressure environment. These talks are typically progress reports on thesis research, and are often practice talks for conferences or oral examinations. Also included are reports and discussion from workshops, summer schools and internship experiences. Students get a chance to practice presenting (and listening to) talks by their peers and department faculty. Students wishing to attend the presentations are welcome to contact the organizers to be added to the seminar email list.
AMGSS website: https://sites.google.com/a/ncsu.edu/amgss/
Graduate Algebra Seminar
The Graduate Algebra Seminar is a platform for graduate students in pure mathematics to share their research with fellow graduate students. It is intended to provide a comfortable environment, free of faculty presence, in which graduate students can practice communicating their research or any interesting topics in pure mathematics.
The numerical analysis seminar is focused on showcasing research in the development and analysis of numerical methods. Areas of interest include approximation theory, solutions of ordinary and partial differential equations, numerical linear algebra, nonlinear equations, optimization, and inverse problems. Topics of interest include rigorous analysis of convergence of algorithms, their accuracy, stability, computational complexity, and applications to challenging problems.
Probability and Random Systems Seminar (PRS)
Probability and random systems seminar invites scholars and experts in probability theory and other related research areas to give a talk in pursuit of new knowledge and deeper understanding of the subject matter by intense and mutual intellectual interaction between the speaker and the faculty/students involved.
Min Kang firstname.lastname@example.org
SIAM Student Chapter
We host professional development, tutorial, and research talks from NCSU faculty as well as visitors. Our primary audience is graduate students, but any are welcome to attend our events.
Joey Hart, email@example.com
Symbolic Computation Seminar
The discipline of symbolic computation includes computer algebra, hybrid symbolic-numeric computation, mathematical knowledge representation and the algebraic aspects of formal methods in computer science, such as rule-based theorem proving. Its goal is to “do mathematics by computer” (Stephen Wolfram), with, we would add, exact or validated answers. Trademarked symbolic computation algorithms are used for computation of a Gröbner basis, lattice basis reduction, polynomial factorization, closed-form summation and integration, and solution in Tarski’s theory of real geometry. Commercial symbolic computation packages (Wolfram’s Mathematica, Maple by Maplesoft, MuPAD inside Matlab) and academic software (Stein’s Sage platform and many smaller programs) today have millions of users.
The symbolic computation seminar features research talks related to the design and implementation of algorithms in symbolic computation, including such areas as exact linear algebra, sparse interpolation and signal processing, algorithms for problems from algebraic and real geometry and optimization, polynomial root finding and solution of polynomial systems, algebraic solution of difference and differential equations, validation of numerical results, fast certification of outputs from cloud servers, and applications of algebraic geometry in the sciences.
Departmental Seminar and Student Group Lists
|Applied Mathematics Clubfirstname.lastname@example.org|
|Differential Equations Seminarsemail@example.com|
|Financial Math Seminarsfirstname.lastname@example.org|
|Geometry & Topology Seminarsemail@example.com|
|Graduate Student Algebra Seminarsfirstname.lastname@example.org|
|Numerical Analysis Seminarsemail@example.com|
|Numerical Analysis Seminar (local)||firstname.lastname@example.org|
|Probability & Random Systems Seminarsemail@example.com|
|Symbolic Computation Seminarsfirstname.lastname@example.org|
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