Quantum Materials Design Laboratory
Quantum Materials Design Laboratory
Main work room of the Quantum Materials Design Lab.
The Aronson research group is co-located with the Hallas research group in the Quantum Materials Design Lab in AMPEL 243. Our research centers on the synthesis of new quantum materials, and the lab is well equipped with furnaces and an arc melter that can be used to prepare both high quality single crystals and polycrystalline samples from elements. Air sensitive materials are handled in glove boxes.
Powder x-ray diffraction measurements provide critical information about the crystal structures of newly synthesized materials, and these measurements are carried out using the Bruker Advance D8 diffractometer, both above and below room temperature.
Box furnaces produce temperatures as high as 1500 C .
Tube furnaces are used for vapor transport growths.
Buehler arc melter uses an electric arc to co-melt metals to produce poycrystalline samples.
Our collection of pure elements.
Glovebox for handling air sensitive materials
Bruker Advance D8 x-ray powder diffractometer.
More than 400 single crystals of Ti4MnBi2 were synthesized and co-aligned for this sample used in neutron scattering meaurements.
Our measurement capabilities include a full suite of magnetization and magnetic susceptibility measurements, carried out in the Quantum Designs Magnetic Phenomena Measurement System (MPMS) in fields as large as 14 T, and for temperatures from 0.3 K - 1000 K. Electrical transport measurements, as well as thermal measurements including specific heat and magnetocaloric effect are carried out in two Quantum Designs Physical Phenomena Measurement Systems (PPMS), which together cover temperatures from 0.05 K - 1000 K, and magnetic fields as large as 14 T.
Quantum Design MPMS
Quantum Design PPMS