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Harold McGee

Harold McGee

4 books · 1 interview

guides

What they argue

Harold McGee is a thinker who treats cooking as a series of predictable chemical and physical transformations rather than a mystical art or a set of rigid instructions. He works in the territory of culinary science, seeking to provide the 'grammar' of cooking by explaining the manipulation of molecules like proteins, carbohydrates, and fats.

  1. Cooking as Chemistry

    Cooking is a series of predictable chemical reactions where heat, moisture, and mechanical action manipulate molecules. Every culinary action, such as whisking a sauce or boiling an egg, is a manipulation of proteins, carbohydrates, fats, and water.

    From On Food and Cooking: The Science and Lore of the Kitchen (book)

    • A related idea Michael Pollan — Cooking as a Human TechnologyCooking is an 'external stomach' that allows humans to predigest food outside of their bodies to unlock inaccessible calories. It is a fundamental human technology that…Cooked

  2. The Maillard Reaction

    This is a chemical reaction between amino acids (proteins) and reducing sugars when heated. It creates hundreds of different flavor compounds and a brown color.

    From On Food and Cooking: The Science and Lore of the Kitchen (book)

  3. The Three Pillars of Flavor

    When a dish tastes 'off,' it should be evaluated through the lenses of Salt, Acid, and Fat. Salt is used to bring out the inherent flavors of the ingredients.

    From Keys to good cooking (book)

  4. The 'Why' Diagnostic

    When a dish fails, this diagnostic identifies the chemical culprit by checking for texture issues related to moisture or flavor issues. It helps the cook understand the underlying science instead of just trying a different recipe.

    From The curious cook (book)

  5. Unconscious Genius of Traditional Cooking

    Many culinary rules were discovered through generations of experimentation by people without formal chemistry training. This validates the wisdom found in traditional cooking as a result of long-term experimentation.

    From The Chemistry of Food & Taste | Dr. Harold McGee (episode)

  6. The Slow-Taste Protocol

    This method involves taking a deliberate pause after each bite to observe the 'residues' left on the palate. It is designed to experience the full chemical complexity and dynamic nature of a dish.

    From The Chemistry of Food & Taste | Dr. Harold McGee (episode)

Every idea names the summary it came from. Written by a local model from this mind’s own work, never from memory.

Books 3

Interviews 1

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