Concepts
Why food does what it does. Learn one of these and a dozen rules stop needing to be remembered.
How it works
- Heat Transfer in Cooking: Twice as Thick, Four Times as Long
- How Do You Develop Gluten in Dough
- How Does Collagen Turn Into Gelatin
- How Does Wild Fermentation Work
- What Decides How Far Carryover Cooking Goes
- What Does Acid Do to Food?
- What Happens When You Add Cold Food to a Hot Pan
- What Is Smoke Point and Why Does Oil Smoke
- What Is the Maillard Reaction?
- What Is Water Activity?
- What Makes Roasted Vegetables Taste Sweet
- Why Baked Goods Rise and Then Collapse
- Why Do Cut Apples and Potatoes Brown
- Why Do Emulsified Sauces Break
- Why Does Meat Change Color From Red to Brown
- Why Does Salt Draw Water Out of Food
- Why Does Salt Make Food Taste Less Bitter
- Why Doesn't Chicken Have to Reach 165°F to Be Safe
- Why Doesn't My Nonstick Pan Make Fond
- Why Starch Thickens a Sauce and Then Sets It
- Why Umami Ingredients Taste Stronger Together
- Why Vegetables Soften but Hold Their Shape
Knowing the difference
- Smoke Point vs Flash Point: The Smoke Is Your Warning 150–250°F higher than smoke point
- Carryover Cooking vs. Resting: Same Clock, Two Causes
- Convection vs Conduction: Why Pans Sear and Ovens Don't
- Maillard Reaction vs Caramelization: Comes Down to Protein
- Pasteurization vs Sterilization: The 212°F Ceiling
- Plant Protein vs Animal Protein: The Protein Already Set
- Proofing vs. Fermentation: One Sits Inside the Other
- Spoiled vs. Stale: One of Them Is Reversible