Advances in quantum science will be instrumental for next-generation computing, new materials, and drug design. This is a broad interdisciplinary science with substantial intersections between physics, chemistry, materials science, biology, and information science. A better understanding of unique quantum phenomena such as superposition, correlation, and coherence will enable us to design new quantum materials and devices with extraordinary properties for versatile applications such as energy conversion, sensing, communication, simulation, and computing. Studies of quantum effects in various materials have emerged as key areas of such endeavor. My group focuses on quantum and magnetic materials research.