Applied Math Colloquium

Research Overview of the Applied Mathematics and Plasma Physics Group at Los Alamos National Laboratory

Wesly Even, Applied Mathematics and Plasma Physics Group Lead, Los Alamos National Laboratory

Stochastic Modeling for Climate Tipping Points.

Ivan Sudakow, School of Mathematics and Statistics, The Open University

Consistent Quantum Thermodynamics from Local Observables

Charles Stafford, Physics, University of Arizona

Numerical Simulations of High-Speed Boundary-Layer Transition: Why They Matter, What We Can Do, and What’s Next

Christoph Hader, AME, University of Arizona

Challenges and opportunities at the confluence of Inertial Fusion Energy (IFE) and applied math (AM): The IFE-AM Agora

Horst Hahn, Material Science & Engineering, UA AND Samuel McLaren, Computational Laser Physicist, Lawrence Livermore National Laboratory (LLNL)

The role of Applied Mathematics in the RF SciDAC Program

John Wright, Plasma Science & Fusion Center, MIT

Careful or colorful? The evolution of animal ornaments

Daniel M. Abrams, Northwestern Institute on Complex Systems, Northwestern University

From Waves to Metachrony: Neuromechanical Strategies in Locomotion and Organismal Fluid Pumping at Intermediate Reynolds Numbers

Alex P. Hoover, Cleveland State University

Challenges and opportunities in modeling ice sheets

Hélène Seroussi, Dartmouth College

Numerical approximation for a fluid flow problem arising from reverse osmosis modeling in water desalination

Manuel Solano, University of Concepción, Chile