Amanda

The Science of the “Molten” Center A Fondant (often called a lava cake) relies on a specific ratio of solids to fats. Unlike a muffin or a sponge cake, which uses high flour content for structure, a fondant uses a…

The Science of the “Wobble” The legendary jiggle of a Japanese Cotton Cheesecake is a feat of structural engineering. Unlike the dense, cream-heavy New York style, this cake is technically a crustless cheese soufflé. The structure relies on a stable…

The Science of the “Honey Humectant” Blondies are often called “blonde brownies,” but their chemistry is closer to butterscotch. While brownies rely on cocoa solids for structure, blondies rely on the Maillard reaction between butter and brown sugar. By introducing…

The Science of the “Non-Soggy” Crumble The perfect Apple Crumble is a study in moisture management. Apples are roughly 85% water. When heated, the cell walls break down and release juices. If not managed, these juices turn the bottom of…

The Science of the “Lift” The perfect yeast donut relies on double-fermentation. Unlike bread, which needs a strong gluten structure for chew, a donut needs just enough gluten to hold air but not so much that it becomes tough. By…

The Science of the “Snap” The defining characteristic of a Kit Kat is the acoustic snap—the sound of tempered chocolate breaking simultaneously with multiple layers of aerated wafer. In a factory, the “filling” between the wafers is actually re-ground, “reworked”…

The Science of “Anti-Freeze” Sweetness Unlike standard vanilla ice cream, Nougat Glacé (Frozen Nougat) often skips the traditional egg-yolk custard base. Instead, it utilizes a French Meringue or Pâte à Bombe structure. The secret to its texture is Honey. Honey…

The Science of the “Gooey Core” The physics of a skillet cookie (or “Pizookie”) differs from a standard tray cookie due to thermal mass. The cast iron skillet retains heat longer than a baking sheet, allowing the edges to undergo…

The Science of the “Burnt” Exterior Unlike its New York cousin, the Basque Cheesecake (or Tarta de Queso) thrives on high-temperature caramelization. By baking at 200°C–210°C, we bypass the need for a water bath. This creates a Maillard reaction on…

The Science of the Vegan Emulsion Creating a “creamy” sauce without dairy requires a shift from animal fats to plant-based emulsifiers. In this recipe, we use Cashews or Coconut Cream. Cashews are rich in starch and unsaturated fats. When blended…