Research lab
US Department of Energy national laboratory, operated by Stanford University, specializing in particle physics, accelerator science, and X-ray research.
Oxford-led researchers used SLAC's LCLS X-ray laser to follow AspH and IPNS step by step and made observations calculations had not predicted. In AspH an iron-bound water stayed stable through catalysis, and phys.org's account says such insights could inspire new therapeutics.
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Oxford researchers used X-ray lasers to film the enzyme IPNS building penicillin's beta-lactam ring, catching steps that last fractions of a second. Enzyme engineers now have a detailed starting point, but any benefit against resistant bacteria is further off.
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PNNL-led researchers used ultrafast X-rays at SLAC to watch a molecule's electrons shift as it gained a proton while the surrounding water reorganized in step. That pins down timing in one reaction, though whether the water actually drives the proton hop, the part a catalyst designer could use, is still open.
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Femtosecond electron imaging at SLAC shows copper holding crystalline order past the collapse point simulations predicted. The mismatch came down to one pressure assumption.
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Physicists at Stanford, the University of Chicago and SLAC let one superconducting qubit address seven memory cells, at about 1.2% error per access. The tests measured access error, much of it from crosstalk between cells, so the promised cut in wiring per qubit is still a design argument.
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Oak Ridge's STAR Lab tests sulfide solid-state and sulfur chemistries as complete cells, because the particle gaps, interface reactions and swelling that kill them do not appear in a materials test. Its results are scored against USABC metrics.
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The LSST Camera's first image released for science stacks hundreds of exposures of the COSMOS field, where Hubble worked two decades ago, and Rubin's deputy director calls the field a testing ground for the ten-year survey.
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Transition-edge sensors cooled near absolute zero measured the X-ray lines that sit inside the gamma-ray band used to identify nuclear material. Anyone who wants one also has to buy the refrigerator that keeps it cold.
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Stanford and SLAC found the early optical signal they went looking for in common II-VI semiconductors, but the geometry that revealed it has to know when the radiation arrived, which a working detector never does.
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Compression let the needles keep growing sideways inside the ceramic instead of into the electrodes. That hands a large part of the solid-state failure problem to whoever specifies stack pressure in the module.
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