Physical Chemistry of Foods is a comprehensive guide that bridges the gap between chemistry and food science, offering a detailed exploration of the physical and chemical principles underlying food structure, stability, and functionality. The book systematically addresses topics such as thermodynamics, molecular interactions, rheology, phase transitions, and the behavior of macromolecules in complex food matrices. By presenting these concepts with a focus on real-world applications, it equips readers with the scientific understanding necessary to analyze, modify, and optimize food products effectively.

The primary readership for this book includes undergraduate and graduate students in food science, nutrition, and chemistry. It an invaluable resource for students preparing for research or careers in food product development, quality control, or regulatory affairs. In addition, professionals and researchers in the food industry will find this text useful as a reference for solving complex formulation and processing challenges. Scientists involved in product innovation, sensory analysis, or food safety can benefit from its rigorous treatment of food chemistry fundamentals.