This book investigates the fundamental relationship between molecular structure, intermolecular interactions, and the physical properties of condensed phases in organic compounds. Angelo Gavezzotti, a recognized authority in the field of crystal engineering and molecular modeling, synthesizes complex theoretical frameworks into a cohesive guide. The text bridges the gap between quantum chemical calculations and macroscopic thermodynamic observations. By integrating force field methods with structural correlation, the author provides a rigorous methodology for predicting and controlling molecular behavior in liquids, solutions, and crystals.

Experts frequently cite this monograph as a foundational reference for researchers working in crystal engineering and computational chemistry. Readers often note the balance between intuitive explanations in the first section and the high-level technical analysis provided in the second part.