Summary
Non-technical Abstract: This project offers an integrated research and education effort centered on programmable quantum materials engineered through the controlled stacking of atomically thin layers. By arranging layers in designed patterns, the project reveals how structure at the nanoscale shapes the material behavior. The research addresses fundamental questions in quantum matter by using a flexible platform to explore tunable quantum states, introducing new ways to program quantum interactions and access dynamic phase transitions that do not occur in natural materials. The educational ac
