"This award gives us a wonderful opportunity to push the frontier of quantum materials using beyond state-of-the-art scanning tunnelling microscopy techniques under extreme conditions," said Wang. "Our research focuses on atomic-scale visualization and control of quantum mechanics, which could pave the way for future breakthroughs in quantum technology."

Dr. Wang's project will investigate kagome materials, which feature a unique lattice structure that enhances electron-electron interactions and leads to diverse quantum phenomena. Using innovative microscopy techniques operating at very low temperatures, her team will study representative classes of kagome metals, magnets and superconductors.

The research has significant implications for future technologies, particularly in spintronics and quantum information processing. The insights gained could lead to the development of more efficient quantum devices and topologically protected quantum memory systems.

"This UKRI award is a remarkable opportunity to deepen our understanding of quantum mechanics at the atomic scale using advanced microscopy," Wang added. "It's about building the foundation for future technologies that could transform our world in the latter half of this century. We are excited to contribute to Bristol's growing reputation as a centre of excellence in quantum research."

The project will also provide valuable training opportunities for early-career researchers and contribute to the University's broader mission of advancing quantum science and technology research.

Wang joined the University of Bristol in 2023, bringing with her an impressive track record of research excellence. She previously held positions at Cornell University and the University of Oxford, where she made major contributions to the field of quantum materials research. This New Investigator Award follows Wang's recent recognition as the 2024 Nicholas Kurti European Science Prize winner for her major breakthroughs in topological superconductors and development of dilution refrigerator STM. She was also named a Rising Star in Physics by the University of California Berkeley.