Articles and guides about Kitchen science: cooking ideas, explanations and tips researched and checked by KitchenPause.
Choose herbs for the food you plan to cook and for what is abundant where you shop, rather than following a universal calendar. Learn how to store tender and sturdy-stemmed herbs, and how to use surplus by freezing or drying it.
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Distinguish caramelization from other kinds of browning, learn which signs to watch, and decide when to take sugar off the heat without relying on a universal number.
Cooking and cooling potatoes, rice or pasta does not remove their starch. It can reorganize some of it, making it less accessible to digestion. Here is what that change means, what you may notice on the plate, and what it does not prove.
A pressure cooker and industrial high-pressure processing are not the same thing. Understanding what each method does helps explain texture, cooking changes, and the limits of claims about safety.
Water is not just an ingredient; it is also a cooking medium. This guide helps you choose between boiling, steaming and stewing according to the result you want, without inventing times or temperatures.
Fermentation transforms ingredients through microbial and enzymatic activity. Controlling it can steer changes in flavour, texture and preservation, but it does not produce the same result every time or automatically make a food probiotic.
Starch can thicken a preparation during cooking and change its structure as it cools. Understanding those changes helps you manage texture and recipe design without assuming that cooking technique alone establishes a food’s nutritional effects.
A pressure cooker and industrial high-pressure processing are not the same thing. Understanding their mechanisms helps explain changes in texture, flavour, composition and preservation without attributing them to pressure alone.
Temperature does more than cook: it affects heat transfer, ingredient transformations and how we perceive a dish. Learn what to observe and how to use those effects thoughtfully.
Water changes roles when it serves as an ingredient, cooking medium, surface moisture, or a preservation variable. Learn to distinguish these decisions without confusing culinary quality with food safety.
Fermentation transforms sugars and other components through microorganisms. Understanding what can change—and what the process does not guarantee—helps you appreciate its flavors and approach it prudently at home.
Heat can change the structure of proteins and, in turn, the firmness, elasticity and perceived moisture of food. Understanding the process encourages attentive cooking without assuming every ingredient responds in the same way.
How to use acidity as a sensory and technical adjustment tool, while distinguishing what is perceived on the palate from what can be measured in a preparation.
Fresh boerewors grilled until browned all over and served in four portions.
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An Iranian stew of lamb or beef with fresh herbs, red kidney beans and dried limes, slowly cooked until the meat is tender.
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A Portuguese rice dessert cooked in milk scented with lemon and cinnamon, enriched with egg yolks and finished with ground cinnamon.
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A simple Australian bread made with self-raising flour, olives and rosemary; this version is baked and served freshly made.
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A sour-and-spicy Thai shrimp and mushroom soup scented with galangal, lemongrass and makrut lime leaves. It includes homemade nam prik pao paste.
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Spiced-potato-stuffed flatbread made with a soft dough and cooked on a griddle until golden.
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Cooked fava beans, partly mashed and dressed with garlic, lemon, cumin, and olive oil.
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Creamy Portuguese rice pudding cooked with milk infused with lemon and cinnamon, enriched with egg yolks and butter.
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Creamy chowder for 4, with clams, mussels, prawns and white fish. Total time stated by the reference source: 35 minutes.
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