Vision

Our research group is dedicated to advancing the fundamental understanding of materials behaviour by uncovering the deep connections between atomic structure, electronic properties, and functional performance. We seek to accelerate the discovery and design of materials that address critical challenges in energy, optoelectronics, and quantum technologies.

At the heart of our research is the belief that electronic structure governs function. By probing how structural motifs, symmetry, bonding environments, and defects influence charge transport, excitonic behavior, and spin interactions, we aim to develop design rules that guide the discovery of next-generation materials. Our work is grounded in first-principles simulations and enriched by artificial intelligence (AI) and machine learning (ML), which we use both as tools to explore complex structure–property landscapes and as frameworks to formulate new scientific hypotheses.

Our vision is to build a research environment where fundamental insights drive innovation, enabling the rational design of materials that perform beyond empirical limits. Through this, we strive to contribute to a more intelligent and resilient technological future.