Theory of Liquids: From Excitations to Thermodynamics

1. Introduction
2. Experimental heat capacity
3. Excitations in solids and gases
4. Energy and heat capacity of solids
5. First-principles description of liquids: exponential complexity
6. Liquid energy and heat capacity from interactions and correlation functions
7. Frenkel theory and Frenkel book
8. Collective excitations in liquids post-Frenkel
9. Molecular dynamics simulations
10. Liquid energy and heat capacity in the liquid theory based on collective excitations
11. Quantum liquids: excitations and thermodynamic properties
12. Sui Generis
13. Connection between phonons and liquid thermodynamics: a historical survey
14. The supercritical state
15. Minimal quantum viscosity from fundamental physical constants
16. Viscous liquids
17. A short note on theory
18. Excitations and thermodynamics in other disordered media: spin waves and spin glass systems
19. Evolution of excitations in strongly-coupled systems
References
Index.