We study unconventional ground states in quantum materials featuring competing magnetic interactions. Our research focuses on exploring novel quantum properties across various frustrated and low-dimensional lattices, including —triangular, Kagome, pyrochlore, and zigzag chains, and related geometries. By combining diverse material synthesis techniques with in-depth investigations of magnetic, thermodynamic, and magnetotransport properties, we uncover new physics.  

Magneto-Thermoelectrics: We are expanding our research into thermoelectrics, developing new instrumentation and strategies to bridge the gap between magnetism and thermal transport. 

REPRESENTATIVE IMAGES OF CRYSTALS GROWN IN OUR LAB (here)