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Part I: Overview
1. Overview of Liquids and Liquid-Based Systems
Part II. Basic Properties of Liquids: Structure and Dynamics
2. Multiscale solvation theory of nano and biomolecules
3. Dynamics of Molecular Liquids: From water to Ionic Liquids
4. Neutron and X-ray scattering of water at extreme conditions - confinement and high pressure
5. Solvation Thermodynamics based on Molecular Theory of Solution
6. Dynamics in aqueous and non-aqueous binary mixtures
7. Intermolecular vibrations in aprotic molecular liquids
Part III: Ionic Liquids
8. Mixing states of ionic liquid-molecular liquid mixed solvents and their effects on metal complex formation
9. TBD
10. Microscopic structure and dynamics in ionic liquids molecular solvent mixtures: Spectroscopy and molecular modelling
Part IV: Liquid-Based Systems: Biosystems to Soft Materials
11. Computational and experimental screening of polymer precursors for preparation of molecularly imprinted polymers
12. Solvation-induced changes in the morphology of amphiphilic polymers in solution
13. TBD
14. Mesoscale ordering in water/organic solvent/antagonistic salts mixtures
15. Physical organogels: Functions governed by interactions between gelators and solvents
Part V: Future Perspective
16. Future perspective of liquids and related materials.

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