Modeling and Comp Seminar

<p><strong>Epidemiological Forecasting with ICC curves and data assimilation</strong><br />
Joceline Lega, Department of Mathematics, University of Arizona</p>

<p><strong>A finite volume algorithm for simulating the three-dimensional dynamics of elastic filaments</strong><br />
Charles Wolgemuth, Department of Physics, University of Arizona</p>

<p><strong>Modeling the prescription opioid epidemic</strong><br />
Christopher Strickland, Department of Mathematics, University of Tennessee</p>

<p><strong>Learning Dynamics of Oscillators with Applications to Circadian Rhythms</strong><br />
Kevin Hannay, Department of Mathematics, University of Michigan</p>

<p><strong>Mathematical Modeling of COVID-19 Dynamics on a College Campus:&nbsp;A Story of Differential Equations, Network Theory and Presentations to Campus Leadership</strong><br />
Shilpa Khatri, Erica Rutter, Fabian Santiago, Suzanne Sindi and Lihong Zhao,&nbsp;Department of Applied Mathematics, University of California, Merced</p>

<p><strong>A topological view of collective behavior</strong><br />
Chad Topaz, Mathematics and Statistics, Williams College</p>

<p><strong>ML-based feedback control in bioelectronics for biological control</strong><br />
Marcella Gomez, Department of Applied Mathematics, UC, Santa Cruz</p>

<p><strong>Math Flips the Perspective in Contact Tracing</strong><br />
Po-Shen&nbsp;Loh, Mathematical Sciences, Carnegie Mellon University</p>

<p><strong>Quantifying risk of SARS-CoV-2 transmission for use in the Covid Watch app</strong><br />
Joanna Masel, Ecology and Evolutionary Biology, University of Arizona</p>

<p><strong>A Hamilton-Jacobi Formulation for Time-Optimal Paths of Rectangular&nbsp;Nonholonomic Vehicles</strong><br />
Christian Parkinson, Department of Mathematics, University of Arizona</p>