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Williams, Mark

Mark Williams

Phillips Hall 380

Research Interests

I work in the area of partial differential equations


Professional background

B.S., Knox College 1977; Ph.D. MIT 1981


Research Synopsis

It is generally impossible to solve a partial differential equation explicitly. One can often prove existence and uniqueness results using techniques from functional analysis, but these results do not provide detailed qualitative information about solutions. My research is largely concerned with developing methods for obtaining qualitative information about solutions.


Representative Publications

Geometric Optics for Surface Waves in Nonlinear Elasticity
J.-F. Coulombel and M. Williams,
Memoirs of the American Mathematical Society, 263, 1271, 2020

The Mach Stem Equation and Amplification in Strongly Nonlinear Geometric
J.-F. Coulombel and M. Williams,
American Journal of Mathematics, 139, 967-1046, 2017

Multidimensional Viscous Shocks I: Degenerate Symmetrizers and Long Time Stability
O. Gues, G. Metivier, M. Williams, K. Zumbrun,
Journal of the American Mathematical Society, 18, 61-120, 2005


Yaiza Canzani in Endeavors

Yaiza Canzani in Endeavors

When I was younger, it was much easier for me to think about… Run, Faraday, Run

Run, Faraday, Run

Congratulations to James Guan, Connor Magoon and the PML group for winning the Milton Van Dyke Gallery of Fluid Motion Award!