Monday Night Session
(photos) |

Accelerator Design |

David Bruhwiler | Tech.-X Corp. |
Massively Parallel Particle-in-cell Simulation of Advanced Particle Accelerator Concepts |
pdf |

Rich Lee | SLAC |
Progress/Achievements in ISIC/SAPP Collaborations for Electromagnetic Modeling of Accelerators
| |

Robert Ryne | LBNL |
SciDAC Advances and Applications in Computational Beam Dynamics |
pdf |

Panagiotis Spentzouris | Fermilab |
Simulation of the Fermilab
Booster using Synergia |
pdf |

Applied Mathematics |

Rob Falgout | LLNL |
New Multigrid Solver Advances in TOPS | |

George Fann | ORNL |
Multiresolution Techniques
for Computational Chemistry | |

Daniel Graves | LBNL |
Cartesian Grid Embedded Boundary Methods
for Partial Differential Equations |
ppt |

Paul Hovland | ANL |
Sensitivity Analysis and Design
Optimization through Automatic Differentiation | |

Xiaolin Li | BNL |
The Adaptation and Application of the FronTier
Code Under the TSTT Interface | |

Xiaoye Sherry Li | LBNL |
The Roles of Sparse Direct Methods
in Large-scale Simulations |
pdf |

David Serafini | LBNL |
Adaptive Mesh Refinement for Particle-in-cell Methods | |

Tim Tautges | SNL |
Geometry and Mesh Components for
Parallel Applications |
ppt |

Biology |

Kevin Bowers | D.E. Shaw Research |
Neutral Territory Methods for the Parallel
Evaluation of Pairwise Particle Interactions |
pdf |

Andrey Gorin | ORNL |
Computational Challenges of Data Flows in High Throughput Proteomics
| |

Steve Plimpton | SNL |
Microbial Cell Modeling via Reacting/Diffusing Particles | |

Doug Rusch | Ventner Institute |
Annotation and Clustering
of Enviromental Shotgun Sequencing Data | |

Chemistry |

Robert Harrison | ORNL |
Advanced Methods for Electronic Structure |
jpg |

Ron Shepard | ANL |
Advanced Software for the Calculation of Thermochemistry, Kinetics, and Dynamics | |

Donald Thompson | U Missouri |
Chemical Applications of Multi-Dimensional Moving Least Squares Fitting Methods
for Hypersurfaces | |

Lattice QCD |

Claude Bernard | Washington U. |
Properties of Light Quarks from Lattice QCD Simulations | |

Richard Brower | Boston U. |
National Software Infrastructure
for Lattice Gauge Theory |
pdf |

Peter Petreczky | BNL |
Exploring Matter under Extreme Conditions with Numerical Simulations |
pdf |

David Richards | JLab |
First Principles Calculations
of Nucleon and Pion Properties:
Understanding the Building Blocks of Nuclear Matter from Lattice QCD
| pdf |

Matthew Wingate | U. Washington |
Lattice QCD and Fundamental
Parameters of the Standard Model |
pdf |

Materials Science |

Peter Cummings | Vanderbilt |
Molecular Modeling of Molecular Electronics Systems and Devices | |

Bruce Harmon | Ames |
Materials Grand Challenges and Approaches | |

Wesley Jones | NREL |
MDO using NanoPSE: Material
Design by Optimization using Atomistic Electronic Structure Code for Nanostructures |
jpg |

Vincent Meunier | ORNL |
Electron Transport in Molecular
Electronics Systems | jpg |

Wednesday Night Session
(photos) |

Astrophysics |

Adam Burrows | Arizona |
State-of-the-Art Multi-Dimensional Core-Collapse and Supernova Simulations |
pdf |

Christian Cardall | ORNL |
Toward Five-dimensional Core-Collapse
Supernova Simulations |
png |

John Hayes | UCSD |
Toward 2D and 3D Simulations of
Core-Collapse Supernovae with Magnetic Fields |
pdf |

Raphael Hix | ORNL |
Terascale Input Physics: The Role of Nuclear Electron Capture in Core Collapse Supernovae |
png |

Michael Zingale | UC Santa Cruz |
The Physics of Thermonuclear Flames in Type Ia Supernovae |
pdf |

Climate Science |

Phil Duffy | LLNL |
High_Resolution Simulations of Global Climate | |

Steven Ghan | PNL |
Physically-Based Global Downscaling Climate Change Projections for a Full Century | |

Elizabeth Hunke | LANL |
GM vs Biharmonic Ocean Mixing in the Arctic | |

Joyce Penner | U. Michigan |
Development of an Atmospheric
Climate Model with Self-Adapting Grid and Physics |
ppt |

Combustion Energy Science |

Habib Najm | SNL |
Adaptive Chemical Model
Reduction | ppt |

William Pitz | LLNL |
Development of the RIOT Web Service and Information Technologies to Enable
Mechanism Reduction for HCCI Simulations | |

Jaideep Ray | SNL |
Advanced Numerics in a Component-based Software Environment | |

Arnaud Trouvé | U. Maryland |
Direct Numerical Simulation of
Non-premixed Flame-wall interactions |
pdf |

Yunliang Wang | U. Wisconsin |
DNS Study of the Ignition of
N-Heptane Fuel Spray under High Pressure and Lean Conditions | |

Computer Science |

Micah Beck | U. Tennessee |
Logistical Networking |
jpg |

Dennis Gannon | Indiana U. |
Component-Based Software for High-Performance Scientific Computing | ppt |

Chris Johnson | U. Utah |
Computational Infrastructure for Biomedical Modeling, Simulation, and
Visualization | |

Nagi Rao | ORNL |
High-Performance Networking
for Large-Scale Science:
Infrastructure, Provisioning, Transport and Application Mapping
| |

Stephen Scott | ORNL |
SSS-OSCAR Integrated Software Suite |
pdf |

Patrick Worley | ORNL |
Performance Analysis of GYRO:
A Tool Evaluation |
pdf |

John Wu | LBNL |
An Efficient Indexing Technology
for Accelerating Data Intensive Science |
pdf |

Fusion Energy |

Don Batchelor | ORNL |
Electromagnetic Mode Conversion in Fusion Plasmas |
ppt |

Ravi Samtaney | PPPL |
An Adaptive Mesh Semi-implicit
Conservative Unsplit Method for Resistive MHD | |

David Schissel | General Atomics |
Advances in the Real-Time Interpretation of Fusion Experiments |
pdf |

Linda Sugiyama | MIT |
Advances in Extended MHD Simulations | |

Weixing Wang | PPPL |
New Insights from General
Geometry Simulations of Plasma Transport | |

Science Grids & Collaboratories |

Ian Foster | ANL |
The Data Grid Toolkit | |

Chuck Greenfield | General Atomics |
Advanced Tokamak Research
at the DIII-D National Fusion Facility in Support of ITER |
pdf |

Dhiva Muruganantham | ESnet/LBNL |
ESnet Authentication Services
and Trust Federations | |

Don Petravick | Fermilab |
Ultranet-based Wide Area
Systems R&D Enabling LHC Science | pdf |

Mary Thomas | SDSU |
Grid Portal Architecture
for Scientific Applications | |

Michael Wehner | LBNL |
The Impact of SciDAC on US Climate Change Research and the IPCC AR4 | |