France Produced Curie, Pasteur, and Lavoisier. Their Successors Are in the Kitchen Trying Something They Saw on YouTube.
PARIS — France’s scientific tradition is extraordinary. Marie Curie won two Nobel Prizes. Louis Pasteur invented pasteurisation and developed vaccines while working in Paris. Antoine Lavoisier, the father of modern chemistry, worked in Paris until the Revolution guillotined him, which is its own comment on the relationship between scientific progress and political turbulence. This tradition has given France excellent science education, strong research institutions, and a population that is genuinely interested in how things work. It has also given France a population that periodically applies this curiosity to the domestic environment with results that the scientific tradition would technically classify as “learning experiences.”
The Sourdough Science
The sourdough starter — a living culture of wild yeast and bacteria maintained through regular feeding — attracted enormous French interest during the pandemic period, when the bread as science experiment intersected with the abundance of time for experiments. The failure modes of the sourdough experiment are specific and consistent: the starter that smells wrong (it is not wrong; it is doing what living cultures do; the smell is information, not a problem); the dough that does not rise (the temperature was wrong, the feeding was irregular, the yeast did not have what it needed); and the loaf that emerges from the oven and is correctly baked externally and something else internally, which is called a “gummy crumb” and results from undertaking and is fixed by longer baking next time. All of these failures are recoverable. All produce edible bread. None produce bread like the boulangerie. France is comfortable with this outcome because the boulangerie is seven minutes away and the experiment was for the learning, not for the bread.
The Kitchen Chemistry
The French kitchen experiment gone wrong is typically a recipe pushed slightly beyond its design parameters: the sauce that was doubled in quantity but whose chemistry doesn’t scale linearly; the fermentation project that produced something unexpected after two weeks; the flavour extraction that worked on paper and produced something more extreme in practice. These experiments are, individually, small failures that are absorbed into the general project of cooking as an ongoing learning activity. French home cooks, like French professional cooks, treat the failed experiment not as defeat but as information. According to ANSES’s French food composition database, France monitors food chemistry at a national level that informs both professional and home cooking standards. The home cook’s experiment is conducted at the consumer end of this knowledge chain. The results add to the personal database. The database improves. The next experiment benefits. This is how cooking works. This is how science works. France understands both.
Experiment safely at Virtuosal.com.
