Cooking Science Wiki
Cooking Science Wiki
A personal knowledge base exploring the science behind food and cooking. This wiki is built incrementally — every source ingested and every question investigated makes it richer.
What’s here
The wiki is organized into four main areas:
Science — The foundational principles: Maillard reactions, emulsions, protein behavior, starch chemistry, and fermentation. These pages explain why cooking works the way it does.
Ingredients — Deep profiles of ingredients and ingredient families, grounded in their chemistry and biology. What eggs actually do in a batter. Why onions make you cry. How flour becomes structure.
Techniques — Cooking methods examined through a scientific lens. What’s really happening during braising, deep-frying, and bread-baking.
Sources — Summaries of every source document ingested into the wiki, with links to the pages they informed.
How to use this wiki
To explore: Start with the Wiki index and follow links. The connections between pages are as valuable as the pages themselves.
To add knowledge: Drop source material (articles, notes, clippings) into raw/ and ask the LLM to ingest it. Each source will generate a summary and update relevant pages across the wiki.
To investigate: Ask questions. The LLM will search the web, the wiki, and synthesize answers. Good answers get filed back as new pages.
To maintain: Periodically run a lint check to find contradictions, orphan pages, and gaps worth filling.
Science
- Alcohol Science
- Barrel Aging
- Boilover Physics
- Caramelization
- Carbohydrates in Cooking
- Cooking Temperatures
- Cookware Materials
- Crust Engineering
- Emulsions
- Fermentation
- Fish Flavor and Freshness
- Fish Safety
- Flavor Chemistry of Herbs and Spices
- Fruit Ripening
- Gelatin Gels
- Gluten Science
- Heat Transfer in Cooking
- Leavening
- Lipid Chemistry
- Maillard Reaction
- Meat Flavor
- Plant Biology
- Plant Color
- Plant Flavor
- Precision Cooking
- Protein Denaturation
- Protein Structure and Enzymes
- Seed Biology
- Starch Browning
- Starch Gelatinization
- Sugar Science
- Temperature Switches
- Water in Cooking
- Wood Smoke and Charred Wood
Ingredients
- Alliums
- Aromatic Seeds and Tropical Spices
- Beer Brewing
- Berries
- Butter
- Cabbage Family
- Cheese
- Chocolate
- Citrus
- Coffee
- Condiments
- Cream
- Culinary Herbs
- Distilled Spirits
- Dried Fruits
- Eggs
- Fish
- Grains (Corn, Oats, Rye, Barley, and Ancient Grains)
- Honey
- Ice Cream
- Leafy Greens
- Legumes
- Meat
- Melons
- Milk
- Mushrooms and Fungi
- Nuts
- Pome Fruits
- Potatoes and Tubers
- Pungent Spices
- Rice
- Sake
- Salt
- Seed Oils and Oil-Rich Seeds
- Shellfish — Crustaceans
- Shellfish — Mollusks
- Soy Products
- Squash and Cucumbers
- Stem Vegetables
- Stone Fruits
- Syrups
- Tea
- Tomatoes, Peppers, and Eggplant
- Tropical Fruits
- Vinegar
- Warm Spices
- Wheat
- Wheat Flour
- Wine
- Yogurt and Fermented Dairy
Techniques
- Basic Egg Dishes
- Braising
- Bread Baking
- Cakes and Batters
- Candy Making
- Chocolate Cooking
- Custards
- Deep Frying
- Egg Foams
- Emulsion Sauces
- Fish Cooking
- Flatbreads and Specialty Breads
- Grilling and Broiling
- Meat Aging
- Meat Cooking
- Meat Curing
- Microwave Cooking
- Pan Sauces
- Pan-Frying and Sautéing
- Pasta and Noodles
- Pastry
- Plant Preservation
- Precision Fermentation
- Precision Jam
- Precision Rice
- Preserved Fish
- Produce Handling
- Quick Thawing
- Roasting and Baking
- Sauce Making
- Spice Handling
- Stocks and Broths
- Vegetable Cooking
- Wet Heat Methods (Boiling, Simmering, Poaching, Steaming)