Program
Saturday 23 February
| 12.30–1.00 pm | Check-in and coffee/snacks |
| 1.00–2.00 pm | Poster session |
| 2.00–2.50 pm | Ezra Miller |
| 3.00–3.50 pm | Emily Witt |
| 4.00–4.50 pm | Poster session |
| 5.00–5.50 pm | Piotr Wojciechowski |
| 6.30 pm | Social gathering |
Sunday 24 February
| 8.30–9.00 am | Continental breakfast |
| 9.00–9.50 am | Anton Dochtermann |
| 10.00–10.50 am | Poster session |
| 11.00–11.50 am | Michael DiPasquale |
| 12.00–12.50 pm | Brandilyn Stigler |
Download the conference poster
Registration
To ease planning and reporting we request that all participants fill out the registration form before 2 February 2019. Early registrants have priority for support, and you must register by 19 January 2019 to be considered for support.
Travel and Accommodation
The conference hotel provides shuttle service to/from the El Paso International Airport (ELP). Those driving can find directions on the hotel's homepage.
The talks will take place in room 309 in the Business Administration Building. It is a 10 minutes walk from the hotel; both buildings are shown on the interactive campus map, and they are buildings 109 and 212 on the printable map.
The conference hotel is the Hilton Garden Inn El Paso/University. Please register by 19 January 2018, so that we can book your room at the conference rate. If you are not being supported, please make your own hotel reservation.
Here is a map with directions for walking between venues.
The social gathering on Saturday takes place at the home of Professor Amy Wagler. Directions will be provided in your participant's package.
Sponsors and Support
The meeting is supported by the National Security
Agency,
The College of Science, and the Department of
Mathematical Sciences at the University of Texas at El Paso.
Registered Participants
Organizers
Lars Winther Christensen (Texas Tech University)
Art Duval (University of Texas at El Paso)
Louiza Fouli (New Mexico State University)
David Jorgensen (University of Texas at Arlington)
Speakers
Anton Dochtermann
(Texas State University)
Syzygies in and from geometric combinatorics
Michael DiPasquale (Colorado State University) Asymptotic resurgence via integral closures and linear programs
Ezra Miller
(Duke University)
Multigraded algebra over polynomial rings with real exponents
Brandilyn Stigler
(Southern Methodist University)
Algebraic Model Selection and Identification using Groebner Bases
Emily Witt
(University of Kansas)
Frobenius powers of ideals
Piotr Wojciechowski (University of Texas at El Paso)
Full algebras of matrices and transitive systems
Poster Presenters
Rebekah Aduddell (University of Texas at Arlington)
The Natural Middle of a Complete Resolution
Tyler Anway (University of Texas at Arlington)
Resolutions via approximations of totally acyclic complexes
Laxman Bokati (University of Texas at El Paso)
How to Generate "Nice" Cubic Polynomials—with Rational Zeros and Rational Extrema
Alessandra Costantini (Purdue University)
The Cohen-Macaulay property of the module of differentials
Benjamin Drabkin (University of Nebraska-Lincoln)
Symbolic Defect and Cover Ideals
Nicholas Engel (University of Texas at Arlington)
Isomorphisms of Graded Skew Clifford Algebras
Vladik Kreinovich (University of Texas at El Paso)
Use of Symmetries in Economics: An Overview
Justin Lyle (Kansas University)
The Auslander-Reiten Conjecture
for Cohen-Macaulay Rings of Small Multiplicity
Bonifasio Menendez (University of North Texas at Dallas)
The Quantum Space of the Heisenberg Lie Algebra
Cheng Meng (Purdue University)
G-graded irreducibility and the index of reducibility
Nida Obatake (Texas A&M University)
Hopf bifurcations in chemical reaction networks
Michael Perlman (University of Notre Dame)
Local cohomology with support in some orbit closures
Alexander Ruys de Perez (Texas A&M University)
The Order Complex of a Neural Code
Alexandra Sobieska (Texas A&M University)
Minimal Free Resolutions over Rational Normal Scrolls
Abu Thomas (Tulane University)
Study of Resurgence
and Waldschmidt constant of homogeneous ideals
Julio Urenda (University of Texas at El Paso)
When Revolutions Happen: Algebraic Explanation
Dwight Williams II (University of Texas at Arlington)
Infinite-dimensional Representations of osp(1|2n)