Monday, October 26, 2015 - 09:05 , Location: Student Center Theater, Georgia Tech , Various speakers , Georgia Tech , Organizer:
The workshop will be held from Monday October 26 - Wednesday October 28, 2015. The purpose of this workshop is to promote communication among the many mathematical and engineering communities currently researching polytopal discretization methods for the numerical approximation of solutions of partial differential equations. A variety of distinct polytopal element methods (POEMs) have been designed to solve the same types of problems, but a workshop-type environment is required to foster a community-wide understanding of the comparative advantages of each technique and to develop a set of ‘best practices’ in regards to implementation. Registration is required.
Friday, October 23, 2015 - 16:30 , Location: Room 208 Emory Math and Science Center , Valery Alexeev , University of Georgia , Organizer: Matt Baker
Friday October 23 through Sunday October 25 Emory will host the Georgia Algebraic Geometry symposium featuring the following invited speakers: Valery Alexeev (University of Georgia); Brian Conrad (Stanford University); Brian Lehman (Boston College); Max Lieblich (University of Washington); Alexander Merkurjev (UCLA); Alena Pirutka (Ecole Polytechnique); Aaron Pixton (Harvard University); Tony Varilly-Alvarado (Rice University); Olivier Wittenberg (CNRS - Ecole Normale Superieure).
Wednesday, October 21, 2015 - 17:00 , Location: Skies 006 , Inoel Popescu , Georgia Tech , Organizer:
This is the fourth meeting in a series of a reading seminars. In this lecture we will analyze the distribution of the eigenvalues of GUE ensembles. We will use Hermite polynomials to get very concrete computations. This way we will recover the semicircular law and we will also discuss a little bit the top eigenvalue.
Monday, October 5, 2015 - 19:00 , Location: President's Suites C&D (Bill Moore Student Success Center First Level) , Amir Dembo , Stanford University , Organizer: Prasad Tetali
Light refreshments at 6:30pm
Theoretical models of disordered materials yield precise predictions about the efficiency of communication codes and the typical complexity of certain combinatorial optimization problems. The underlying common structure is that of many discrete variables, whose interaction is represented by a random 'tree like' sparse graph. We review recent progress in proving such predictions and the related algorithmic insights gained from it. This talk is based on joint works with Andrea Montanari, Allan Sly and Nike Sun.
Friday, September 25, 2015 - 14:00 , Location: Skiles 006 , Mohammad Ghomi , School of Mathematics, Georgia Tech , Organizer: Mohammad Ghomi
All students interested in graduate studies in the School of Math are invited to attend the "prospective student day." This event will offer the opportunity to hear about our graduate degree options, requirements for admission, as well as meet our Faculty and current graduate students. Prospective students from underrepresented groups in the Mathematical Sciences and students from the Atlanta area are particularly encouraged to attend. If you plan to attend, please send your name, the year you plan to graduate, and the college you are attending to email@example.com. See the schedule for more details.
Friday, July 10, 2015 - 12:00 , Location: Skiles 006 , Dr. Josephine Yu , Georgia Institute of Technology , Organizer:
Friday, June 26, 2015 - 11:00 , Location: Skiles 006 , Dr. Matt Baker , Georgia Institute of Technology , Organizer:
Science explains through systematic inquiry; magic celebrates that which defies explanation. This will be tour of sorts along the boundary between science and magic. We will explore the magic of quantum mechanics, the predictions of knot theory, and randomness, as well as the mysteries of the number 58008.
MCTP REU Seminar -Reaction Diffusion Equations and Pattern Formation in Mathematical Biology (How the Zebra got his/her stripes)Monday, June 22, 2015 - 12:00 , Location: Skiles 006 , Dr. James Moore , Georgia Institute of Technology , Organizer:
Reaction diffusion equations are a common tool in mathematical biology, and are used in diverse fields such as ecology, epidemiology and developmental biologyI will show some examples of reaction diffusion equations and what their solutions look like. I will focus on the problem of pattern formation during development and the mathematics that underly it, a problem first studied by Alan Turing more than 60 years ago. I will present a basic example that we can solve together using techniques from differential equations and linear algebra.
Friday, June 19, 2015 - 11:00 , Location: Skiles 006 , Dr. Kirsten Wickelgren , Georgia Tech , Organizer:
The loops on a topological space up to an equivalence relation called homotopy form a group called the fundamental group. We'll define the fundamental group and talk about two riddles whose solutions use this idea.