I’ll huff and I’ll puff, and I’ll blow up your bags of potato chips with science! Oxidation. Free radicals. Antioxidants. And the practical science tips that potato chips packaging design offers. Continue reading… Facebook Twitter LinkedIn
“He’s hot and sweet, but a little dense.” Density. Solubility. Temperature. And how being sweeter also means being more dense. Continue reading… Facebook Twitter LinkedIn
What a marble-ous conductor! Dough. Heat conductor. Pastry. And why baking often calls for a marble or stainless steel countertop. Continue reading… Facebook Twitter LinkedIn
Blowing up the bags of potato chips was no oxidant. Nitrogen. Oils and fats. Oxidation. And why the bags are designed to be so puffy with inert gas. Continue reading… Facebook Twitter LinkedIn
Love your curves! Have we met before? Buildings. Pans. Woks. And what no one tells you about the link between cooking and architecture. Continue reading… Facebook Twitter LinkedIn
Tongue (pro)teases. Proteases. Heat. Stomach acids. And why pineapples burn our tongues (and when they don’t). Continue reading… Facebook Twitter LinkedIn
Burn (sugar) baby burn. Sugars. Heat. Pyrolysis. And what chefs and scientists know and don’t know about caramelization. Continue reading… Facebook Twitter LinkedIn
See stars and the Sun in your kitchen. Cooking temperature. Wavelengths. Electromagnetic spectrum. And what the colors of space tell us. Continue reading… Facebook Twitter LinkedIn
Bean feeling bitter? You can choose to feel butter! Roasting coffee beans. Caramelization. Maillard reactions. And the secret Southeast Asian recipe for great coffee. Continue reading… Facebook Twitter LinkedIn
Release the cracking! Exothermic. Endothermic. Cooling. And how energy is transferred when we roast coffee beans. Continue reading… Facebook Twitter LinkedIn