The "resurrection" of superconductivity in uranium ditelluride at extremely high magnetic fields, initially identified by researchers at the University of Maryland Quantum Materials Center and the National Institute of Standards and Technology (NIST), has captivated physicists worldwide. In UTe2, superconductivity vanishes below 10 Tesla, but surprisingly reemerges at field strengths exceeding 40 Tesla. Led by NIST NRC Fellow and QMC member Sylvia Lewin, measurements at the National High Magnetic Field Laboratory have revealed a three-dimensional superconducting halo that wraps around the hard b-axis of the crystal, as outlined Science. See news article for more information.

Congratulations to Nicholas Crombie, one of the Poster Winners. Nick is an enterprising researcher in QMC and an undergraduate student pursuing a dual degree in physics and mathematics. (read more)

Students attending the 8th annual Fundamentals of Quantum Materials Winter School held the week of January 13-17, 2025 took part in a tour of the NIST Center for Neutron Research, in Gaithersburg, MD.  This year's school was focused on Novel and Emergent Magnetism, and included a combination of fundamental materials synthesis instruction as well as lectures on experimental techniques and practices from an impressive list of invited speakers. 

Kasra Sardashti Brings Summer Program to UMD to Promote Diversity in Quantum Research. The facilities and researchers at the LPS Qubit Collaboratory and Quantum Materials Center (QMC) created a new home for the program, and this summer they introduced 15 students to quantum research. (read more)