| Free electron laser (5) |  |
| Laser weapon (18) | |
| Nanolaser (7) | |
| New laser (20) | |
| X-ray laser (26) | |
| Free electron laser (5) | |
| Laser weapon (18) | |
| Nanolaser (7) | |
| New laser (20) | |
| X-ray laser (26) | |
This is the promise of new DOE facilities relying on free electron lasers (FEL), such as the Linac Coherent light Source (LCLS) at Stanford.
Coherent X-ray diffraction experiments, carried out at the LCLS X-ray free electron laser facility at Stanford, have allowed snapshot imaging of a single 300 nm gold nanocrystal in the picosecond time interval after the particle was excited with a laser.
and X-ray Free electron lasers create much brighter X-rays with higher fluxes. Wedged MLLS are expected to enable the maximization of this technology at the atomic scale.
and unravel its structure using Free electron lasers. This is a huge step forward and provides an excellent guide for developing new drugs with fewer side effects. esearchers at the Center for Applied Structural Discovery helped to pioneer a new technique called femtosecond crystallography,
which takes advantage of a cutting edge X-ray Free electron laser (XFEL) instrument at the Department of energy (DOE) SLAC National Accelerator Laboratory, Stanford.
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