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New technologies, such as "plasma wakefield" accelerators, can boost electrons to very high energies in very short distances. This could lead to linear accelerators that are 100 times more powerful, boosting electrons to a given energy in one hundredth the distance. 

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This image, magnified 25,000 times, shows a section of an accelerator-on-a-chip.

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Dao Xiang, a SLAC accelerator physicist, has received an international award for his work on a technique for tuning an electron beam with a...

Dao Xiang. (Matt Beardsley/SLAC)
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A tool developed half a century ago for sorting subatomic particles has been redesigned to measure X-ray laser pulses at SLAC's Linac Coherent Light...

Patrick Krejcik and Yuantao Ding, a staff scientist and lead researcher on the XTCAV project
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Two SLAC physicists with decades of particle accelerator experience helped a Silicon Valley company design and build X-ray devices that scan cargo containers for...

Photo - Juwen Wang, left, and Roger Miller. (Credit: ...
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SLAC researchers have demonstrated for the first time how to produce pairs of X-ray laser pulses in slightly different wavelengths, or colors, with finely...

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After months of installation and commissioning efforts, SLAC's newest user facility welcomed its first two groups of experimenters on Friday.

Spencer Gessner aligns a mirror for FACET's X-ray spectrometer
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In 1971, physicist Burton Richter of Stanford Linear Accelerator Center was building a new type of particle collider called a storage ring.

soft X-ray fluorescence at Berkeley Lab’s Advanced Light Source