![]() Hard X-rays tell you about where the atoms are – the structure of the material – and so are useful for looking at how the world around us is constructed. ![]() "Soft-X-rays are useful for looking at where the electrons are in a molecule (and so tell us about how energy and charge are moving about - for example if we want to optimize how to harness energy from the sun. ![]() Scientists will employ the laser to examine processes like photosynthesis or interactions between atoms in condensed matter. LCLS-II produces X-rays at "hard" and "soft" wavelengths (high or low-energy respectively) that can probe objects at different levels, ranging from pharmaceutical molecules to quantum materials. This US national lab turned to AI to hunt rogue nukes.Open source at America's famous Los Alamos Lab: Pragmatism as its nucleus.I've seen things you wouldn't believe, like an atom about to photosynthesize.It also boasts a pair of undulators to produce X-rays from the electrons, plus more sensitive detectors and sensors with the processing power to handle the instrument, and the data it generates, swiftly. The improved X-ray laser has been fitted with two cryoplants - kit that produces liquified helium gas and pumps it around the particle accelerator. "The light from SLAC's LCLS-II will illuminate the smallest and fastest phenomena in the universe and lead to big discoveries in disciplines ranging from human health to quantum materials science," US Secretary of Energy Jennifer Granholm said in a statement.
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