Elliot Gergely Roberts

Researched the electric transport properties and topological hall effect in ErMn6Sn6 and DyMn6Sn6. I worked primarily with MATLAB to write code for collecting and analyzing data. While working with Dr. Lee, I traveled to the National High Magnetic Field Laboratory to study how high magnetic fields influence energy splitting in rare-earth materials using spectroscopy. In Dr. In Lee's lab, the primary devices I worked with were PPMS and MPMS.

Collected and analyzed the thermal and electric transport properties in 4d-5d transition metal oxides. Additionally, I collected and analyzed XRD data to determine the crystal structures of these materials. I worked primarily with PPMS, MPMS, and XRD devices during my time in Dr. Cao's lab where I also completed my undergraduate honors thesis.