Aug 26 – 30, 2024
Padova
Europe/Rome timezone

Scientific Program

  • MS01 - Nucleic acids - protein interactions

  • MS02 - Hot structures

  • MS3 - Serial crystallography and dynamics/room temperature

  • MS4 - AI, software developments and Machine learning applied to MX and CryoEM

  • MS5 - Infectious and Neglected diseases

  • MS6 - Structural studies in Enzymology

  • MS7 - MX and cryo-EM membrane Protein structures

  • MS8 - Nucleation and crystal growth/Chaperones and crysallization

  • MS9 - Large assemblies - using X-rays, cryo-EM and Tomography

  • MS10 - Structural-based drug discovery

  • MS11 - New trends in quantum crystallography

  • MS12 - Correlation between quantum crystallography and crystal dynamics

  • MS13 - Molecular structure and chemical bonding in the view of quantum crystallography

  • MS14 - Aperiodic order and complex superstructures

  • MS15 - ED small waves, big ponds – Biomolecules and macromolecules

  • MS16 - Method development and instrumentation in the world of electron diffraction

  • MS17 - Minerals and inorganic materials: state of art and new perspectives

  • MS18 - Crystal-chemistry of minerals in the Universe: genesis, phase stability, and planetological implications

  • MS19 - Advanced and new techniques to study inorganic crystal structures

  • MS20 - When can ED challenges XRD in small molecule crystallography?

  • MS21 - Electron diffraction joining forces with quantum crystallography towards materials science applications

  • MS22 - AI and Automation in data collection and processing

  • Ms23 - Future of light sources and XFEL

  • MS24 - Advances in Powder Diffraction Instrumentation

  • MS25 - In situ and Operando diffraction

  • MS26 - Chirality: Meeting point of crystallography, chemistry and topology

  • MS27 - High Pressure Crystallography: Exploring Structure and Method Development at Extreme Conditions

  • MS28 - Structural characterization of Energy Harvesting and Conversion Materials

  • MS29 - Structural characterization in Functional materials

  • MS30 - Porous functional materials

  • MS31 - Noncovalent interactions in structure design

  • MS32 - Advanced materials design with (co)crystal engineering: synthesis, crystal growth, structure and function

  • MS33 - Correlate molecular structure with materials properties

  • MS34 - Applications of 3D-PDF

  • MS35 - Methods for diffuse scattering analysis from powder and single-crystals

  • MS36 - Crystallography and cultural heritage

  • MS37 - How to address questions, doubts and struggles of a young crystallographer

  • MS38 - Things we no longer need to know – or do we?

  • MS39 - Common mistakes and problems in using black boxes

  • MS40 - Techniques to discover polymorphism: mechanochemistry, crystal growth and others

  • MS41 - Approaches and tools for learning crystallography efficiently and avoiding misconceptions

  • MS42 - Structural charcaterization in functional materials - Part II

  • MS43 - What I gained from Erice

  • MS44 - Inclusion

  • MS Plenary

  • MS Keynote

  • Crystallography in School