Elizabeth Wesson
657 Rhodes Hall
Email: enw27 'at' cornell 'dot' edu |
Education
2010 - 2015 (expected): PhD, Applied Mathematics, Cornell University2006 - 2010: BA, Mathematics (High Honors) and Physics, Swarthmore College
Research
I study evolutionary game dynamics, focusing on modifications of the replicator model of population growth. My PhD advisor is Richard Rand. I am also working with Paul Steen on dynamics of perturbed sessile drops, and I am mentored by Steven Strogatz.Current projects:
- Rock-Paper-Scissors systems with quasiperiodic forcing in the payoff coefficients
- Replicator equations with delay in the fitness functions
Teaching
Teaching assistantships-
2014 Fall
Math 3230: Introduction to Differential Equations
Instructor: Richard Rand 2014 Spring
Math 2930: Differential Equations for Engineers
Instructor: Robert Terrell 2013 Fall (part-time)
Math 6170: Dynamical Systems
Instructor: Yulij Ilyashenko
Math 2310: Linear Algebra with Applications
Instructor: Farbod Shokrieh 2012 Fall
Math 4250: Numerical Analysis and Differential Equations
Instructor: Alexander Vladimirsky 2012 Summer
Summer Mathematics Institute (SMI) at Cornell: Covering systems project
Instructor: Mark Kozek 2012 Spring
Math 2930: Differential Equations for Engineers
Instructor: Alexander Vladimirsky, Yuri Berest 2011 Fall
Math 1105: Finite Mathematics for the Life and Social Sciences
Instructor: Mahdi Asgari 2011 Summer
SMI: Roundness and generalized roundness project
Instructor: Anthony Weston
Publications
-
with R. Rand
Hopf bifurcations and limit cycles in delayed two-strategy replicator dynamics
in review (2014) with R. Rand
Hopf bifurcations and limit cycles in delayed Rock-Paper-Scissors replicator dynamics
in review (2014) with R. Rand
Alternate models of replicator dynamics
Journal of Applied Nonlinear Dynamics 2(2) pp 193-206 (2013) with T. Faver, K. Kochalski, M. Murugan, H. Verheggen and A. Weston
Roundness properties of ultrametric spaces
Glasgow Mathematical Journal 56 pp 519-535 (2014)
Graduate Coursework and CV
My CV is available here.
Cornell University-
MAE 6750: Nonlinear Vibrations
TAM 6110: Methods of Applied Math II
Math 6220: Applied Functional Analysis
ChE 7530: Stability & Bifurcation
TAM 6130: Asymptotics and Perturbation
Math 7170: Applied Dynamical Systems
Math 6710: Probability Theory
Math 6310: Algebra
TAM 6720: Celestial Mechanics
TAM 5780: Nonlinear Dynamics and Chaos
Math 6180: Smooth Ergodic Theory
Math 6170: Dynamical Systems
Math 6110: Real Analysis
Math 4250: Numerical Analysis & Differential Equations