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Jaguar pounces on child predators
To accelerate the acquisition of information needed to arrest child predators, law enforcement officers have teamed with data analytics experts at Oak Ridge National Laboratory for a project that will use Jaguar, one of the world's fastest supercomputers, to speedily analyze the activities on file-sharing networks that pinpoint porn producers.

Contact: Dawn Levy
DOE/Oak Ridge National Laboratory

Creating order from chaos at the LCLS
In the world of physics, where everything tends toward disorder, researchers working on the Linac Coherent Light Source are seeking perfect order. Many experiments at the pioneering machine will require each molecule in a puff of gas to align with all of the others, creating a uniform field of molecules on which tests can be conducted.

Contact: Communications Office
DOE/SLAC National Accelerator Laboratory

A robot called WANDA
Berkeley Lab scientists have established a revolutionary nanocrystal-making robot, capable of producing nanocrystals with staggering precision. This one-of-a-kind robot, named WANDA, provides colloidal nanocrystals with custom-made properties for electronics, biological labeling and luminescent devices. Since this robot is controlled by software protocols, novice users can direct WANDA to perform complex workflows that traditionally require extensive chemistry experience.

Contact: Aditi Risbud
DOE/Lawrence Berkeley National Laboratory

Hope for those with Parkinson's
A Department of Energy program that opens some of the world's most powerful computers to researchers around the globe has generated a promising lead for a Parkinson's disease treatment.

Contact: DOE Headquarters Press Office
DOE/US Department of Energy

Lab enhances scientific data sharing with cutting-edge connection
In early 2005, researchers affiliated with Hall B wanted to transfer raw data from a recent experiment from the tape silo to computers offsite -- a task that without interruption would have taken the Lab's existing network connection almost seven days. Jefferson Lab's newly upgraded network connection is able to transfer data at a rate of up to 10 Gigabits per second, so that same transfer can now be completed in just 2.5 hours.

Contact: Kandice Carter
DOE/Thomas Jefferson National Accelerator Facility

Data-intensive computing laying foundation for biological breakthroughs
Biological breakthroughs to solve society's most challenging problems require innovative tools and a "different way" to analyze the enormous amounts of data being generated.

Contact: Lisa Teske
DOE/Pacific Northwest National Laboratory

Data-intensive computing key to predictive science
The ability to protect the nation from terrorist attacks, discover the hidden secrets of genes and monitor and control the electrical power grid requires the ability to process and analyze massive amounts of data and information in real time.

Contact: Lisa Teske
DOE/Pacific Northwest National Laboratory

ScalaBLAST solves problems in record time
Scientists are dedicated to making discoveries that influence our world, but making these discoveries takes time. It took Albert Einstein 16 years to express his general theory of relativity. Benjamin Franklin was first introduced to electricity experiments on a trip to Boston in 1746, but his famous lightning rod experiment didn't occur until six years later -- and he knocked himself unconscious more than once in the process.

Contact: Lisa Teske
DOE/Pacific Northwest National Laboratory

Jefferson Lab's newest cluster computer takes shape
Unlike a regular computer -- whose "brain" consists of one or perhaps two processors -- a cluster computer's brain can contain hundreds or even thousands of individual processors, called nodes -- all wired together. To solve a problem, the cluster splits the problem into parts, and each node computes its designated part and shares the result with other nodes to produce the final solution.

Contact: Linda Ware
DOE/Thomas Jefferson National Accelerator Facility

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