In the realm of complex fluids, elucidating the microstructure at multiple scales is crucial for developing predictive models. This is best done with Small Angle Scattering, such as at ILL with Neutrons and at ESRF with X-rays. However, fits of individual scattering profiles often yield mere numerical results rather than meaningful physical insights.
A transformative approach emerges when integrating multiple tools: By combining SAXS, SANS, static and dynamic light scattering, and Molecular Dynamics simulations, and integrating thermodynamic considerations, researchers can conduct robust and quantitative analyses of complex fluids.
This symposium focuses on methodologies that incorporate multiple analyses techniques - especially scattering - and consider enthalpies and entropy to develop practical modelling strategies. The approach has yielded significant advances in critical applications. Notably, the research showcases success stories in diverse fields, including innovative recycling separation techniques and the development of biomimetic colloids with potential anti-viral applications.