From Escoffier to the Science of Cooking.
In 1908 Kikunae Ikeda boiled down kombu, crystallised glutamate from it and named its taste umami. Four years later Louis-Camille Maillard heated sugars with amino acids and watched them brown.
One line runs through the professional kitchen. Antonin Carême, cook to Talleyrand and the Tsar, classified sauces and dishes in L'Art de la cuisine française (1833–1847); Auguste Escoffier simplified and systematised them in Le Guide culinaire (1903) and organised cooks into the brigade (XXXI.1); their codification made French technique teachable and exportable, and shaped culinary training worldwide (XXX.1).
The other line runs through the laboratory and the factory. Nicolas Appert sealed food in bottles and heated it (1810), founding canning half a century before anyone knew why it worked (XIII.8); Count Rumford studied heat in cooking and designed efficient stoves and soup kitchens in the 1790s; Justus von Liebig analysed meat chemistry (1847) — and spread the false idea that searing seals in juices (XXXIII.10); Louis Pasteur showed that microbes spoil food and that gentle heat kills them (1860s, XII.5); Kikunae Ikeda identified umami (1908, XI.5); Louis-Camille Maillard described the browning reaction (1912, VIII.1). The two lines met when Kurti, This, McGee and a generation of chefs brought the science into restaurants (XXXIII.1). The workshop draws both lines.
Below: a timeline of the kitchen's line (chefs and codification) and the science's line (discoveries about food), with the figure you choose highlighted and what they gave the cook.
- Trace the codification of French cooking.
- Name the scientific discoveries behind modern cooking.
- Explain why canning worked before germs were known.
- See where the two lines met.
Practice first, explanation after
A striking pattern runs through the timeline: practice usually came before explanation. Appert canned food fifty years before Pasteur showed why it kept; cooks browned meat for millennia before Maillard; Japanese cooks made dashi for centuries before Ikeda found glutamate in it; searing was explained wrongly by Liebig and still worked, for other reasons. Science rarely invented cooking; it explained, refined and made it safe — and occasionally, as with canning and botulism (XIII.8), made the difference between life and death.
This is also how to read the rest of this course. Each plate began from something cooks already do, then asked why, measured it, and modelled it, so that the cook can predict what will happen when something changes — a thicker steak, a hotter oven, a higher altitude. The projects that follow ask you to use that understanding to meet a brief on your own.
Pick a technique you learned by habit — salting pasta water, resting meat, adding acid at the end — and find the plate in this course that explains it.
Terms
- Codification
- Writing cooking down as named, teachable techniques.
- Canning
- Sealing food and heating it to preserve it.
- Pasteurisation
- Gentle heating to kill spoilage and disease microbes.
- Maillard reaction
- Browning of sugars with amino acids.
Sources
- N. Appert, L'Art de conserver les substances animales et végétales, 1810; Count Rumford (B. Thompson), Essays, Political, Economical and Philosophical, 1796–1802; J. von Liebig, Researches on the Chemistry of Food, 1847; L. Pasteur's heating of wine, patented 1865; K. Ikeda, "On a new seasoning", 1908 (umami); L.-C. Maillard, Comptes rendus 154 (1912) 66–68; A. Carême, L'Art de la cuisine française au XIXe siècle, 1833–1847; A. Escoffier, Le Guide culinaire, 1903; N. Kurti, 1969; H. McGee, On Food and Cooking, 1984.
- A. Escoffier, Le Guide culinaire, 1903 (English translation, The Complete Guide to the Art of Modern Cookery, 1979).