We develop crystal growth stategies for growing high-qulaity single crystals of quantum materials with competing spin-spin interactions on various frustrated and low-dimensional lattices. We use a range of crystal growth and characterization tools to synthesize and analyze these materials. Their properties are studied in-house using a 9 Tesla Evercool Physical Property Measurement System. More specialized probes such are NMR, Neutron, RIXS, STM and muon-spin-rotation are often studied in collaboration with other research groups.

Research areas:

Low-dimensional quantum magnets
Iron-based Superoconductors
Dirac/Weyl Semimetals
Thermoelectrics (This page is under construction)