QM2 Beamline

Description:

The QM² beamline (Quantum Mapping for Quantum Materials) is optimized to uncover intertwined quantum correlations of spins, charges and orbitals, over a wide temperature range and spanning entire phase diagrams. 

Lead Scientist:

Suchi Sarker

Capabilities under development:

+ High-throughput characterization of quantum materials in Q-space to understand spin, charge, and orbital order over a range of length scales.
+ Resonant and non-resonant high energy scattering techniques, with sensitivity to very weak scattering features
+ Specialized in studies of single crystals and thin films.
+ Experiments can be performed to low temperatures.

Available beamline capabilities:

Resonant Elastic X-ray Scattering (REXS), High Dynamic Range Reciprocal Space Mapping (HDRM), Low-Temperature Crystallography, Diffuse Scattering and 3D-PDF, Non-Resonant Magnetic Scattering, Coherent Bragg Rod Analysis (CoBRA). 

Photon Energy Range:

6 keV to 70 keV
Fully tunable diamond <111> DCM

Energy Resolution:

dE/E ~ 10^-4

Spot Size:

200 microns x 500 microns