Key research themes
1. How do molecular techniques and computational methods enhance understanding and innovation in molecular gastronomy?
This research area focuses on applying molecular biology, chemistry, and computational simulations to explain and innovate gastronomic processes at the molecular level. It combines foodomics, molecular dynamics simulations, and digital technologies to elucidate cooking mechanisms, improve food quality, personalize nutrition, and develop novel culinary techniques. The significance lies in bridging scientific insights and culinary creativity, advancing both food science and gastronomic practice.
2. What are the emerging culinary movements and innovations driven by molecular gastronomy principles, and how do they influence food culture and sustainability?
This theme examines contemporary culinary trends inspired by molecular gastronomy that incorporate scientific principles to innovate preparation, presentation, and conceptualization of food. It explores how these movements integrate sustainability, ethical considerations, cultural identity, and new technologies (e.g., robotics, AI) to reimagine gastronomy. It also addresses how molecular gastronomy has influenced new cooking methods, food pairing theories, and the evolution of culinary arts within a socio-cultural and environmental context.
3. How do omics technologies and nutrigenomics contribute to personalized nutrition and functional food development within molecular gastronomy?
This theme addresses the utilization of omics platforms (genomics, proteomics, metabolomics) and nutrigenomics to understand individual genetic and metabolic responses to food components. It highlights how molecular gastronomy leverages these insights to design functional foods and personalized diets optimizing health outcomes, managing chronic diseases, and enhancing sensory qualities. The integration of foodomic data with culinary practices facilitates evidence-based nutrition tailored to consumer-specific needs.