We are showcasing research involving supercomputing done at Boston University in our SC11 booth. Below are some research projects presented in our booth this year.

Contours of constant topological charge density for a quantum field theory on a latticeSimulation of Lattice Quantum-Chromodynamics and Other Lattice Models
Claudio Rebbi, Adam Avakian, Ron Babich, Richard Brower, Mike Clark, James Osborn, and David Schaich
Visualizations Gallery page with Videos

 

Bounded dube showing turbulence simulationsExaFMM: An open source library for Fast Multipole Methods aimed towards Exascale systems
Lorena Barba, Assistant Professor of Mechanical Engineering, College of Engineering, Boston University
Handout

 

Melt regions registered and stacked in space3-D Reconstruction of Melt Geometry from 2-D Electron-microscope Images
Gordana Garapic, Ulrich Faul, and Erik Brisson
Visualizations Gallery page with Video

 

El Niño/Southern Oscillation (ENSO) temperaturesTriggering of El Niño Onset by Northern Hemisphere Sea-level Pressure Variations
Bruce T. Anderson and Renellys Perez
Handout, Visualizations Gallery page with Video

 

Image of the solar wind deflected by the Earth's magnetosphereThe Center for Integrated Space Weather Modeling
Jeffrey Hughes, Director
Visualizations Gallery page with many Videos

 

Instantaneous pressure isosurface caused by vortex sheddingVortex Shedding Simulation
Douglas L. Sondak and Erik Brisson
Visualizations Gallery page wiith Videos

 

Image from a video simulation of the 3-D, unsteady, turbulent flow through the NASA Source Diagnostic Test (SDT) experimental fan rigFan Acoustics
Sheryl M. Grace, Douglas L. Sondak, Daniel J. Dorney, Michaela Logue, and Michael J. Cannamela
Visualizations Gallery page with Videos

 

Image from a simulation of ion densities (log scale in density) as they evolve over time from a meteor pathKinetic Farley-Buneman Turbulence
M. Oppenheim, L. Dyrud, A. vom Endt, R. Putnam, R. Gasser, and E. Brisson
Visualizations Gallery page with Videos

 

Image shows a box enclosing the expanding accoustic wavefront (as an isosurface) approaching a human modelOptimal Space-Time Finite Difference Scheme for Binaural Room Impulse Response Calculation
Yusuke Naka, Assad A. Oberai, and Barbara G. Shinn-Cunningham
Visualizations Gallery page with Video