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Heterogeneous Catalysis
Theory and computation are used to resolve catalytic processes at molecular and atomic scales, supporting the design of active, selective and resilient materials.

We explore the chemical and optical properties of nanomaterials and their interactions with molecules and semiconductors through theoretical and computational methods.
RESEARCH
From electronic structure to data-driven discovery, the group develops computational approaches for complex materials problems.
Theory and computation are used to resolve catalytic processes at molecular and atomic scales, supporting the design of active, selective and resilient materials.

Data-efficient models and physically informed descriptors enable a deliberate search for functional materials and molecular systems.

We study how chemical and optical properties emerge when nanoscale building blocks interact with molecules and semiconductors.
