A team of Italian physicists has taken a fresh look at the classic Roman dish, cacio e pepe. This simple recipe, which features pasta, pecorino cheese, and black pepper, has been “scientifically optimized” by introducing a new ingredient: cornstarch. The results were shared in a recent study.
Cacio e pepe, which translates to cheese and pepper, is known for its bold flavors and is a staple in Roman restaurants. It is said to have originated with shepherds who needed hearty meals on the go. Today, many traditional chefs might not embrace the scientific approach to this much-loved dish.
Ivan Di Terlizzi, a physicist involved in the study, acknowledges the delicate nature of this work, hoping that having eight Italian co-authors softens the critique they might face. The dish may seem easy to make, but mastering it can be tricky. The goal is to create a silky sauce by mixing pecorino cheese and ground pepper with the starchy water from cooked pasta, forming an emulsion similar to how oil and water can create mayonnaise.
However, many home cooks know that it’s not always so simple. The merging of cheese and hot pasta water can sometimes lead to a problem the researchers call the “mozzarella phase.” When heated, the whey proteins in cheese can lose their structure and clump together, creating an unsatisfactory texture instead of the creamy sauce intended.
This research aims to help both home cooks and professional chefs achieve that perfect, silky cacio e pepe every time by understanding the science behind the cooking process. By carefully adjusting ingredients, it’s possible to elevate this classic dish into something even more delightful.
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Italian Food (Cuisine),Recipes,Pasta,Rome (Italy),Research,Complex Systems (Journal),your-feed-science



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