Low-dimensional low-energy ferroelectricity for future technologies

This project aims to pioneer a novel approach in designing and developing a new generation of non-traditional lowdimensional ferroelectric (FE) materials for low-energy-consumption applications in emerging technologies. Itanticipates breakthroughs in FE materials and advancing defect chemistry. Outcomes include a groundbreakingmaterials design strategy for non-traditional materials and bridging existing gaps in materials science thatconstrain technological development. Potential implications include the development of fast computer technologyand applications in other emerging fields, aligning with Australian priorities in Advanced Manufacturing, NationalSecurity, and Quantum Technology.