Core Participants

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Past KI-Net Core Participants:

Applied Mathematics and Plasma Physics, LANL - NODE

	Eli Ben-Naim Core Faculty	Physics of Condensed Matter and Complex Systems Los Alamos National Laboratory Statistical Physics

	Luis Chacon Core Faculty	Applied Math and Plasma Theory Los Alamos National Laboratory

Applied Physics & Applied Math., Columbia Univ. - NODE

	Qiang Du Core Faculty	Department of Applied Physics and Applied Mathematics Columbia University

	Rachael Keller Core Student	Applied Physics and Applied Mathematics Columbia University My research interests include mathematical analysis of the spectral properties of the Schroedinger operator in periodic media and computational theory and techniques for numerical simulation of static and dynamic operators in periodic media.

	Michael Weinstein Core Faculty	Department of Applied Physics and Applied Mathematics and Department of Mathematics Columbia University

Cambridge & Imperial College - NODE

	José Carrillo Core Faculty	Department of Mathematics Imperial College London kinetic equations, nonlinear diffusion equations

	Pierre Degond Core Faculty	Department of Mathematics Imperial College London Collective dynamics and self-organization

	Marina Ferreira Core Student	Imperial College London

	Peter Markowich Core Faculty	Department of Applied Mathematics King Abdullah University

	Endre Süli Core Faculty	Mathematical Institute University of Oxford

Computer Science and Math. Division, ORNL - NODE

	Cory Hauck Core Faculty	Computer Science and Mathematics Division / Department of Mathematics/ Oak Ridge National Laboratory and University of Tennessee

	Lora Wolfe Staff	ORNL

Computing & Mathematical Sciences, CalTech - NODE

	Franca Hoffmann Core Postdoc	Computing and Mathematical Sciences California Institute of Technology kinetic equations, scaling techniques, non-linear and non-local partial differential equations, collective behaviour, inverse problems, unsupervised and semi-supervised learning on graphs using graph Laplacians and their continuum limits

	Thomas Hou Core Faculty	Computing + Mathematical Sciences Department California Institute of Technology

	Sabrina Pirzada Staff	Computing & Mathematical Sciences California Institute of Technology

	Andrew Stuart Core Faculty	California Institute of Technology

	Linda Taddeo Staff	Control and Dynamical Systems California Institute of Technology

	Jennifer Wofford Staff	California Institute of Technology

Ctr for Scientific Computation & Math. Modeling, UMd - HUB

	Agi Alipio Staff	CSCAMM University of Maryland

	Andrew Arensburger Staff	CSCAMM University of Maryland

	Jacob Bedrossian Core Faculty	CSCAMM and Department of Mathematics University of Maryland Analysis of PDEs and calculus of variations, recently with an emphasis on fluid dynamics, plasma physics, and kinetic theory.

	Siming He Core Student	Department of Mathematics Duke University

	Pierre-Emmanuel Jabin Core Faculty	CSCAMM and Department of Mathematics University of Maryland

	Dionisios Margetis Core Faculty	CSCAMM, Department of Mathematics & IPST University of Maryland Modeling and analysis of materials and physical phenomena, classically or quantum-mechanically, across scales (deterministic and stochastic aspects): Epitaxial growth, Bose-Einstein condensation, quantum computation, non-equilibrium statistical mechanics, electromagnetic wave propagation, electronic structure of materials, quantum field theory.

	Javier Morales Core Postdoc	Center for Scientific Computation and Mathematical Modeling University of Maryland I am interested in the application of optimal transportation theory to the dynamics and well-posedness of evolution equations. I have works on the global well-posedness of the Homogeneous Vicsek model and the practical synchronization of the Kuramoto-Sakaguchi equation.

	Sara Moran Staff	Center for Scientific Computation and Mathematical modeling (CSCAMM) University of Maryland

	Ruiwen Shu Core Postdoc	Department of Mathematics University of Maryland

	Eitan Tadmor Core Faculty	University of Maryland

	Anil Zenginoglu Staff	CSCAMM University of Maryland

Department of Chemistry, Yale - NODE

	Victor Batista Core Faculty	Department of Chemistry Yale University

Department of Math. Stat. & CS, UI-Chicago - NODE

	Christof Sparber Core Faculty	Department of Mathematics, Statistics & Computer Science University of Illinois at Chicago Partial Differential Equations, Mathematical Physics

Department of Mathematical Sciences, CMU - NODE

	Francesco Patacchini Core Postdoc	Department of Mathematical Sciences Carnegie Mellon University Analysis of Aggregation-Diffusion equations. Gamma-convergence of discrete energies.

	Robert Pego Core Faculty	Department of Mathematical Sciences Carnegie Mellon University

	Dejan Slepcev Core Faculty	Department of Mathematical Sciences Carnegie Mellon University

Department of Mathematics, Aachen - NODE

	Michael Herty Core Faculty	Department of Mathematics Rheinisch Westfälische Technische Hochschule Aachen

Department of Mathematics, CSUN - NODE

	Vladislav Panferov Core Faculty	Department of Mathematics California State University, Northridge kinetic theory, partial differential equations

Department of Mathematics, Duke University - NODE

	Jian-Guo Liu Core Faculty	Department of Physics and Department of Mathematics Duke University

	Jianfeng Lu Core Faculty	Mathematics Department Duke University

Department of Mathematics, ISU - NODE

	Hailiang Liu Core Faculty	Department of Mathematics Iowa State University Applied Math, Numerical Analysis

	James Rossmanith Core Faculty	Department of Mathematics Iowa State University

Department of Mathematics, NCSU - NODE

	Pedro Aceves Sanchez Core Postdoc	Department of Mathematics North Carolina State University I am currently a postdoc working under the supervision of Prof. Alina Chertock at NC State. I was previously a postdoc working under the supervision of Prof. Pierre Degond in Imperial College. I have recently moved from the Europe to the USA and I would like to start interacting with researchers in the USA working on topics related to kinetic transport equations. Hence, this workshop will provide me with a unique opportunity to get to know young researchers working on related areas to my researc

	Alina Chertock Core Faculty	Department of Mathematics North Carolina State University My present research focuses on nonlinear partial differential equations and their numerical approximations. In particular, I have been working on the development of new techniques for for shallow water and related models. Among them are different models of propagation of passive pollutant in shallow water, the EPDiff equation, which models collisions between wavefronts in both ocean and atmosphere, and others.

	Hengrui Hu Core Student	Department of Mathematics North Carolina State University

	Tyler Knapp Core Student	Department of Mathematics North Carolina State University

	Seyma Ozcan Core Student	Department of Mathematics North Carolina State University Hyperbolic Conservation and Balance Laws, Chemotaxis Models, AP Schemes

Department of Mathematics, RU-Camden - NODE

	Zheming An Core Student	Math and CCIB Rutgers University - Camden Computational Mathematics, Biomedical Systems.

	Nawaf Bou-Rabee Core Faculty	Department of Mathematical Sciences Rutgers University - Camden

	Pierre Camilleri Core Student	CMAP Ecole Polytechnique

	Sean McQuade Core Student	Center for Computational and Integrative Biology Rutgers-Camden I am a PhD student at Rutgers Camden. I work with Opinion formation models and Quantitative Systems Pharmacology. I have an interest in social dynamics as well.

	Nathaniel Merrill Core Student	Center of Computational and Integrative Biology Rutgers University - Camden Mathematical Modeling. Mathematical Biology. Graphs and Networks.

	Benedetto Piccoli Core Faculty	Department of Mathematical Sciences Rutgers University-Camden Crowd dynamics, sparse control of large groups

Department of Mathematics, Rutgers - NODE

	Eric Carlen Core Faculty	Department of Mathematics Rutgers University

Department of Mathematics, Stanford - NODE

	Lenya Ryzhik Core Faculty	Department of Mathematics Stanford University

	Lexing Ying Core Faculty	Department of Mathematics and ICME Stanford University Fast approximate algorithims, multiscale methods, high frequency wave propagation

Department of Mathematics, UCLA - NODE

	Tom Nykiel Staff	Mathematics UCLA

	Stanley Osher Core Faculty	Department of Mathematics University of California-Los Angeles

Department of Mathematics, UCSB - NODE

	Silvia Comelli Core Student	mathematics University of California, Santa Barbara

	Carlos García-Cervera Core Faculty	Department of Mathematics University of California, Santa Barbara

	Xu Yang Core Faculty	Department of Mathematics University of California, Santa Barbara

Department of Mathematics, UW-Madison - HUB

	Mark Castillo Staff	Department of Mathematics University of Wisconsin-Madison

	Michael Graham Core Faculty	Department of Chemical and Biological Engineering University of Wisconsin, Madison Fluid dynamics of complex fluids, especially polymer solutions and suspensions; blood flow in the microcirculation; microbial locomotion; multiscale computational methods for fluid dynamics; turbulence and drag reduction.

	Qin Li Core Faculty	Department of Mathematics University of Wisconsin-Madison kinetic theory, quantum systems,

	Vicki Richards Staff	Department of Mathematics University of Wisconsin-Madison

Department of Physics, Yeshiva - NODE

	Lea Santos Core Faculty	Department of Physics Yeshiva University

Division of Applied Mathematics, Brown - NODE

	Yan Guo Core Faculty	Division of Applied Mathematics Brown University

	Govind Menon Core Faculty	Division of Applied Mathematics Brown University Kinetic theory, PDE

	Chi-Wang Shu Core Faculty	Division of Applied Mathematics Brown University numerical analysis and scientific computing

ICES, UT-Austin - HUB

	Irene Gamba Core Faculty	ICES University of Texas at Austin

	Roche George Staff	ICES University of Texas at Austin

	Jeff Haack Core Postdoc	UT Austin and LANL

	Michael Harmon Core Student	Institute for Computational Engineering Sciences University of Texas at Austin I study computational methods for simulating photovoltaic devices using discontinuous Galerkin and mixed finite element methods as well as domain decomposition methods. Specifically, I am researching the charge transport dynamics of reactive interfaces in nano-scale semiconductor-electrolyte solar cells. I am the developing numerical methods to alleviate the stiffness and non-linearity of the differential equations involved in modeling of these solar cells.

	Moon-Jin Kang Core Postdoc	Department of Mathematics University of Texas at Austin Hyperbolic conservation laws,Kinetic theory, Fluid dynamics, Hydrodynamic limit, Vanishing viscosity limit, Application to the emergence dynamics in the complex system

	Lizanne McClenon Staff	The University of Texas at Austin

	Jose Morales Escalante Core Postdoc	Department of Mathematics & Statistics McMaster University Math & Computational Modeling of Boltzmann-Poisson systems for Electronic Transport. Discontinuous Galerkin Finite Element Methods. Semiconductors, nanotechnology, fluids & plasmas. Li-Ion Batteries & Solid State Diffusion. Inverse Modeling & Uncertainty Quantification: Optimization, Bayesian Statistics, Stochastic Galerkin.

	Phil Morrison Core Faculty	Institute for Fusion Studies University of Texas-Austin

	Juan Rodriguez Core Student	Institute for Computational Engineering and Sciences (ICES) University of Texas at Austin I am interested in applications of kinetic theory to agent-based models, in particular modeling trading and the exchange of information in financial markets.For many simple interaction rules and network topologies, it is not possible to obtain analytical solutions for the long-term behavior of the associated Boltzmann-like equations. Stochastic numerical schemes are a promising way to treat these cases, and hopefully tools from the analysis of Direct Simulation Monte Carlo methods can be of use

	Nora Roostaie Staff	Institute for Computational Engineering and Sciences (ICES) University of Texas-Austin

	Donna Taylor Staff	Institute for Computational Engineering & Sciences University of Texas - Austin

	Gordan Zitkovic Core Faculty	Department of Mathematics University of Texas at Austin

Institute of Natural Sciences, SJTU - NODE

	Shi Jin Core Faculty	Department of Mathematics University of Wisconsin-Madison

	Min Tang Core Faculty	Department of Mathematics Shanghai Jiao Tong University Kinetic theory and numerical computations for Boltzmann and fluid equations, mathematical biology, especially individual based and continuous models for chemotaxis and tumor growth.

Laboratoire J.-L. Lions, Paris VI - NODE

	François Bolley Core Faculty	Ceremade Université Paris-Dauphine

	François Golse Core Faculty	Department of Mathematics École Polytechnique Kinetic models, Statistical mechanics, Parial differential equations

	Florent Masmoudi Core Student	Institut Supérieur de l'Aéronautique et de l'Espace (ISAE) Université de Toulouse

	Benoît Perthame Core Faculty	Laboratoire J.-L. Lions Université Pierre et Marie Curie Cell colonies self-organizationTumor growth

	Giuseppe Toscani Core Faculty	Department of Mathematics University of Pavia

School of Math. and Statistical Sciences, ASU - NODE

	Dieter Armbruster Core Faculty	School of Mathematical and Statistical Sciences Arizona State University

	Daniel Brinkman Core Postdoc	School of Mathematical and Statistical Sciences Arizona State University

	Sébastien Motsch Core Faculty	School of Mathematical & Statistical Sciences Arizona State University Mathematical biology, derivation of macroscopic models, numerical methods for hyperbolic systems

	Christian Ringhofer Core Faculty	School of Mathematical and Statistical Sciences Arizona State University

	Andrea Thatcher Core Student	Department of Mathematics Arizona State University

Seminar for Applied Mathematics, ETH - NODE

	Remi Abgrall Core Faculty	Institut für Mathematik & Computational Science University of Zurich

	Andrea Bianda Staff	FIM - Institute for Mathematical Research ETH

	Christina Buchmann Staff	Institute for Theoretical Studies (ITS) ETH Zürich

	Gianluca Crippa Core Faculty	Department of Mathematics and Computer Science University of Basel

	Ralf Hiptmair Core Faculty	Department of Mathematics ETH-Zurich

	Siddhartha Mishra Core Faculty	Seminar for Applied Mathematics ETH Zurich

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Core Participants