8th Annual FQM Winter School

QMC is hosting its 8th annual Fundamentals of Quantum Materials Winter School, to be held at the University of Maryland, January 13-17, 2025.  This school, (sponsored by the Gordon & Betty Moore Foundation, ICAM, and NSF), is aimed at providing fundamental training to our current and future generations of Quantum Materials scientists in synthesis and characterization techniques.  It will bring together senior and junior scientists to address topics at the forefront of current research into quantum materials, while also providing pedagogical background and practical training for junior scientists.  With an interdisciplinary and diverse crowd, including physicists, chemists, and materials scientists, participants will gain basic functional knowledge of how to plan and carry out synthesis relevant to the study of quantum materials and will have a unique opportunity to interact with some of the top researchers in the field while networking with fellow peers.  This year's school is focused on Novel and Emergent Magnetism, and will include a combination of fundamental materials synthesis instruction as well as lectures on experimental techniques and practices from an impressive list of invited speakers. The school will be followed by a one-day Workshop focused on a current topic in quantum materials research, covering both experimental and theoretical work presented by a list of prominent scientists in the field. School students are expected to attend both events. 

Quantum Diversity Initiative a Grand Success

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)

The Green Future of Telecom

Researchers in QMC, in collaboration with researchers from Brookhaven National Lab, Max Plank Institute, and JQI, demonstrated a strong nonlinear optical response in atomically thin semiconducting WSe₂. They showed that a small number of photons was enough to change the material's optical absorption. The nonlinearity features a pronounced asymmetry between electron and hole doping, highlighting the importance of exciton-free charge interactions. This nonlinear response and mechanism open new avenues for applications in classical and quantum optoelectronics. (read more)

Gold in the water

Congratulations to Yash Anand for winning a 2024 Goldwater Scholarship! Yash is an undergraduate student in the Gemstone program in the Honors College and is actively involved in quantum materials research at QMC. Yash joins a successful lineup of QMC undergraduates who have been awarded the Goldwater Scholarship -- congrats!  (read more) .

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