| Session | Name | Title |
| Biomedical SAS | Gregory L. Hura | Biology - small differences with important consequences measured by high throughput X-ray scattering |
| Volker Urban | TBA |
| SAXS/SANS on multidomain structures | Frank Gabel | Contrast variation in Bio-SAXS/SANS: recent advances and perspectives |
| Pau Bernado | Novel Approaches for the Small-Angle Scattering Investigation of Intrinsically Disordered Proteins |
| Huey W. Huang | Two Biomembrane Problems Solved by SAS |
| Mu-Ping Nieh | Applications of Small Angle Scattering in Structural and Kinetic Analyses of Lipid Nanoparticles |
| Assembly and functions of biomolecules and biomaterials | Tanja Mittag | DECIPHERING THE PHASE BEHAVIOR OF PRION-LIKE LOW-COMPLEXITY DOMAINS USING SCATTERING APPROACHES |
| Mark D. Tully | Microfluidic Time Resolved BIOSAXS AT THE ESRF |
| Javier Perez | Modelling the Detergent Corona Around the Membrane Protein MhsT |
| Structurally heterogeneous biomacromolecules | Susan Tsutakawa | Challenges For Protein Structure Prediction: Strained Geometry And Conformational Flexibility |
| Serdal Kirmizialtin | Integrating SAXS and MD Simulations to Elucidate RNA Structural Dynamics |
| Michal Hammel | Predicting macromolecule structure and dynamics with deep learning and solution scattering |
| Integrative structural biology/hierarchical structure in nature | Shuji Akiyama | Cross-scale Causality in the Cyanobacterial Circadian Clock System |
| Shan-De Danny Hsu | Integrated use of SAXS/WAXS to uncover hidden structural and dynamic features in proteins |
| Clement E. Blanchet | BioSAXS using free-electron lasers |
| Food sciences | Judith Houston | Gluten versus gluten-free pasta: a structural analysis |
| Adrian Rennie | Structural properties of vegetable oil/water emulsions stabilized by pea protein |