Anna Krawczuk

Anna Krawczuk will introduce the section

Quantum Crystallography in Materials Science

Anna Krawczuk works at the interface of crystallography and quantum chemistry. Her work focuses on structure–property relationships in molecular crystals, particularly in connection with optical properties. By combining experimental techniques like X-ray diffraction with theoretical methods, she aims to understand and accurately predict how subtle structural features influence macroscopic response of a material.

Quantum Crystallography in Materials Science

Introduced by Anna Krawczuk
This session explores the use of quantum crystallography to investigate structure-property relationships in crystalline materials. By providing detailed insights into the directionality, anisotropy, and strength of intermolecular interactions, these techniques enable the fine-tuning of selected physical properties. We welcome abstracts presenting studies that highlight the role of quantum crystallography in understanding and designing crystalline phases with tailored properties.

Introduced by Anna Krawczuk

This session explores the use of quantum crystallography to investigate structure-property relationships in crystalline materials. By providing detailed insights into the directionality, anisotropy, and strength of intermolecular interactions, these techniques enable the fine-tuning of selected physical properties. We welcome abstracts presenting studies that highlight the role of quantum crystallography in understanding and designing crystalline phases with tailored properties.

Confirmed Speakers

Anna Krawczuk

Quantum Crystallography in Materials Science

Selected quantum crystallographic tools will be examined for their ability to elucidate structure–property correlations in a range of functional materials. Building on recent literature and case studies from ongoing research, particular focus will be placed on how charge density analyses have shed light on magnetic, optical, electronic and other properties.