PhD |
MathematicsPennsylvania State University, 2006 Advisor: Yakov Pesin |

BA |
MathematicsSUNY Geneseo, 2000 |

2014– |
Marshall UniverstiyAssociate Professor Department of Mathematics |

2008–2014 |
Marshall UniverstiyAssistant Professor Department of Mathematics |

2007–2008 |
Alfred UniverstiyVisiting Assistant Professor Department of Mathematics |

2006–2007 |
Michigan State UniverstiyVisiting Research Instructor Department of Mathematics |

2000–2006 |
Penn State UniversityGraduate Teaching Associate Department of Mathematics |

- Mummert. (Submitted). Comparing the Unit Costs in Optimal Control of Epidemics.
- Treadaway-Billo, Mummert, D Silver, and J Silver. (Submitted). Conics on the Sphere and Plane.
- Mummert and Weiss. 2013. Get the News Out Loudly and Quickly: Modeling the Influence of the Media on Limiting Infectious Disease Outbreaks.
*PLoS ONE.*8(8): e71692. doi: 10.1371/journal.pone.0071692. - Mummert. 2013. Studying the Recovery Proceedure for the Time-dependent Transmission Rate(s) in Epidemic Models.
*Journal of Mathematical Biology.*Volume 67, Issue 3, Pages 483-507. doi:10.1007/s00285-012-0558-1. - Mummert, Weiss, Long, Amigo, and Wan. 2013. A Perspective on Multiple Waves of Influenza Pandemics.
*PLoS ONE.*8(4): e60343. doi:10.1371/journal.pone.0060343. - Mkhatshwa and Mummert. 2011. Modeling Super-spreading Events for Infectious Diseases: Case Study SARS.
*IAENG International Journal of Applied Mathematics.*Volume 41, Issue 2, 24 May 2011. - Mummert. 2007. A Variational Principle for Discontinuous Potentials,
*Ergodic Theory and Dynamical Systems*, Volume 27, Number 2. - Mummert. 2006. A Thermodynamic Formalism for Almost-additive Sequences,
*Discrete and Continuous Dynamical Systems*, Volume 15, Number 2, October.

- Sutton. 2014. Discretizing the SI Epidemic Model.
*Rose-Hulman Institute of Technology Undergraduate Math Journal.*

*Agent-based Modeling of Pandemic Influenza*

Joint Mathematics Meetings, Baltimore, MD, January 17, 2014.*A Perspective on Multiple Waves of Influenza*

Society for Industrial and Applied Mathematics, Applications of Dynamical Systems (DS13), Snowbird, UT, May 20, 2013.*A Perspective on Multiple Waves of Influenza*

Society for Industrial and Applied Mathematics, Southeast Atlantic Section 2013 Annual Meeting, Knoxville, TN, March 23, 2013.*Unit Costs in Optimal Control of Epidemics*

Math Department Research Seminar, Huntington, WV, February 25, 2013.*Studying the Time-dependent Transmission Rate(s) in Epidemic Models*

Society for Mathematical Biology Annual Meeting, Knoxville, TN, July 27, 2012.*Studying the Time-dependent Transmission Rate(s) in Epidemic Models*

Joint Mathematics Meetings, Boston, MA, January 4, 2012.