The Science of Heat, Browning, and Cooking Methods
The molecular physics and chemistry behind every sizzle, sear, and simmer
Members only · $15 a month
Cooking is applied chemistry and physics dressed up as a craft. This module breaks down the four basic food molecules, the three ways heat actually moves through a kitchen, the caramelization and Maillard reactions behind almost every flavor we call "cooked," and the material science of the pans that make it all happen: the mechanics behind why a sear works, why a stew needs its meat browned first, and why some cheeses melt and some pans don't.
- Molecular Foundations: Water, Fat, Carbs & Protein
- Heat Transfer: Conduction, Convection & Radiation
- Browning Chemistry: Caramelization & Maillard
- The 212°F Ceiling & Moist vs. Dry Heat
- Cookware Materials Science
- Cooking Methods Compared
The guides, flashcards, quiz, audio, video and study materials in this module are for members. Membership is $15 a month, plus any sales tax that applies, with a free first week. Cancel online, any time, in one click.