qRIXS
The combination of exceptionally high flux of monochromatic photons, far exceeding that at current facilities, delivered in the form transform-limited femtosecond X-ray pulses, will make the NEH 2.2 beamline at LCLS-II one with transformational capabilities. It will enable new ways to capture rare chemical events, characterize fluctuating heterogeneous complexes, and reveal quantum phenomena in matter, using chemical, site and orbital-specific resonant techniques that are possible only with X-ray lasers. Watch Introduction to qRIXs Capabilities.
This facility will provide access to the soft X-ray regime (250 eV to 1.6 keV) to provide fully coherent X-rays in a uniformly spaced series of pulses with programmable repetition rate and rapidly tunable photon energies.
The beamline monochromator will be placed in the Front End Enclosure (FEE). NEH 2.2 beamline will have two separate instruments with fixed interaction points – qRIXS and chemRIXS. In the hutch the qRIXS instrument will be situated upstream, while the chemRIXS instrument will be located downstream. A common set of bendable Kirkpatrick-Baez focusing optics will be used. Individual laser tables optimized for conditioning and delivery of beams with particular parameters will be employed for each endstation. Provisions for a third, roll-up station will be considered.
Advisory Panel
- Yi-De Chuang- LBNL - ALS
- Joe Dvorak - NSLS-II
- Giacomo Ghiringhelli - Politecnico di Milano
- Wei-Sheng Lee - SLAC
- Ruben Reininger - APS
- Tony Warwick - LBNL - ALS
- DJ Huang - NSRRC
- Alexander Fohlisch - BESSY
- Gabriel Aeppli - PSI
