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About this paper
Ganesh Bagler, Gopal Krishna Tewari, Aditya Raj Yadav, Akshat Singh, Pranay Bansal, Ujjval Dargar, Mansi Goel, Madhvi Kumari Sinha
This study from IIIT-Delhi reveals universal statistical laws governing culinary design, demonstrating that global recipes adhere to Zipf's, Heaps', and Menzerath-Altmann laws for ingredient usage and complexity, and exhibit log-normal distributions for macronutrient concentrations. The findings suggest cooking is a complex generative process influenced by universal constraints rather than solely cultural artifacts.
Key insights
- Human culinary creativity and design, despite its cultural diversity, is governed by universal statistical principles analogous to those found in natural languages and other complex systems.
- The structure of recipes reflects a fundamental balance between the preferential reuse of common ingredients and the constrained introduction of novelty within the ingredient space.
- Macronutrient distributions in prepared meals consistently follow log-normal patterns, implying universal multiplicative processes shaping nutritional composition.
Summary by alphaXiv.
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