Tagged: Maillard-Reaction
10 articles with this tag.
Brown Butter Science: Maillard Reaction in a Saucepan
What happens when you brown butter? Milk proteins and lactose react in the Maillard reaction, creating pyrazines and furanones. Here's the full chemistry.
BeginnerClarified Butter and Ghee: What Removing Milk Solids Actually Does
Clarifying butter removes water and milk solids, raising the smoke point to 450°F and extending shelf life. Ghee goes further — browned milk solids give it a nutty, complex flavor.
BeginnerDoes Searing Seal In Juices? The Science Behind the Myth
Searing does not seal in juices. Find out what searing actually does to meat, why the Maillard reaction matters, and why searing is still worth doing.
BeginnerHow Cooking Works: The Science Behind Every Technique
Cooking is applied energy that changes food's structure, chemistry, and safety. Learn the core mechanisms behind every technique — heat transfer, chemical reactions, and why it matters.
BeginnerHow Deep Frying Works: The Science of Crust, Moisture, and Oil
How does deep frying work? The science behind crust formation, why steam keeps oil out, moisture loss, and how batter and breading affect the result.
BeginnerHow Smoking Works: Wood Smoke Chemistry and the Smoke Ring
What wood smoke does to meat, why the smoke ring forms, which compounds create flavor, and the science of moisture and smoke absorption explained.
IntermediateWhat Sugar Does in Baking: Six Functions Beyond Sweetness
What does sugar do in baking? Sugar browns cookies, retains moisture, tenderizes crumb, feeds yeast, and more. Here's the full science behind sugar's role.
BeginnerWhy Bread Crust Gets Hard and How to Control It
Bread crust forms through steam, Maillard browning, and starch dextrinization. After cooling, it softens as moisture migrates from the crumb. Here's how to control both outcomes.
IntermediateWhy Reverse Sear Produces Better Steak: Thermal Gradient Science
The reverse sear works by eliminating the thermal gradient that causes overcooked gray bands. Low oven heat first, then a fast sear. Here's the physics behind why it works.
IntermediateWok Hei: The Chemistry Behind the Breath of the Wok
What wok hei actually is chemically, why restaurant wok burners create it and home stoves can't, and the best practical approximations for home cooking.
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