What You Need to Know
Molecular gastronomy involves the application of chemical and physical principles to transform ingredients and create novel culinary experiences. This includes techniques such as spherification, foamification, and gelification, which rely on the manipulation of molecules to produce desired textures and flavors. The science behind molecular gastronomy is rooted in the chemistry of ingredients and the physical processes that occur during cooking.
Steps
- 1.
Olive Oil Powder (Spain): Uses maltodextrin to transform liquid oil into dust that bursts with flavor
- 2.
Caviar-style Fruit Pearls (France): Spherification creates liquid-filled spheres mimicking caviar texture
- 3.
Instant Noodles Foam (Japan): Lecithin turns broth into light foam that dissolves explosively
The Science
Primary Reaction
Chemical reactions such as gelation, emulsification, and spherification