Visualization Gallery
MSC News
- Call for White Papers on Scientific Computing
- EMSL introduces a new video about Chinook on EMSL's YouTube channel (script, .pdf, 9kb)
- Chinook - Living Life in the Fastlane [.pdf, 107kb]
Additional Information
- Meet the MSC Staff
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- Completed Projects: Final Reports
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- User Policies
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- Sampling of Jobs Running
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- Next-Generation Supercomputing (Greenbook) [.pdf, 2.4mb]
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- Partners and Related Links
- Spokane Cluster for Biogeochemistry Research
EMSL's Graphics and Visualization Laboratory develops animations to describe a variety of scientific concepts, research approaches, and research facilities.
Removing Spent Nuclear Fuel Rods from Canisters in K Basins (video/audio wmv, 16.4MB)
Describes how spent nuclear fuel rods could be removed from their canisters in the Hanford Site's K Basins.
Stair Racer Movie (video only wmv, 1.5MB)
Shows a small blue and red robot navigate tight spaces, move up stairs, make tight turns, and retrieve a hard-to-access object.
ARM Mobile Facility Movie (video/audio wmv, 22.1MB)
Provides an overview of the Atmospheric Radiation Measurement (ARM) Program's Mobile Facility, which is designed for conducting atmospheric experiments and has been used around the world.
Goes Over All Terrain (GOAT) Movie (video only wmv, 5MB)
Shows how the GOAT (Goes Over All Terrain) system is deployed aboard aircraft and then surmounts a variety of obstacles, including hills and rock-strewn streams.
Nanobiotechnology: Putting Molecular Machines to Work Movie (video/audio wmv, 179MB)
Discusses the science of nano-based biotechnology and provides insights into applications in the conversion of biomass to fuels.
Surface-Induced Mineralization Technique for Calcium-Phosphate Coatings Incorporating Therapeutic Agents Movie (video/audio wmv, 23MB)
Explains the science and application of the surface-induced mineralization method, which provides a coating that both fights infection and mimics human bones for pins and other structures used in joint repair and artificial limbs.
Reliable Relativistic Quantum Chemistry Calculations for Molecules with Heavy Elements (video/audio mpg, 35MB)
Discusses the use of the Environmental Molecular Sciences Laboratory's high-performance supercomputer to calculate molecular properties and chemical reactions of radioactive elements.
Simulation of Complex Biological Systems (video/audio mpeg, 33MB)
Discusses the use of high-performance computers to model the movement of materials through the animal and human airway benefits public health; to model the movement and interactions of colonies of microbes benefits homeland security; and to model Shewanella, a bacteria with potential bioremediation applications, benefits environmental cleanup.
Nanostructure Formation Aggregation and Reactivity (video/audio mpg, 33MB)
Discusses the relationships between the size and properties of nanomaterials by using the Environmental Molecular Sciences Laboratory's high-performance computer with novel models.
Extending the Boundaries of Science (video/audio mpg, 12MB)
Discusses the computational high-performance research activities at Pacific Northwest National Laboratory (PNNL). The video was developed for the PNNL research booth at Supercomputing 2002 held in Baltimore, Maryland, November 16-22.
Multiscale Modeling of Biochip Systems (video/audio mpeg, 25MB)
Discusses the high-performance computers and models used to solve important questions in biology, which greatly benefits society.
Bonneville Dam Simulation (video mpg, 4MB)
Animation showing fish movement near the Bonneville Dam.
Dynamics Simulation of Defect Propagation in MgO (video mpg, 2MB)
Animation showing the collision sequence of a Mg "primary knock-on atom" (PKA) in a cubic MgO crystal. The red and white spheres represent the Mg and O ions, respectively.
