Learn pizza: The mechanisms
The science underneath: gluten, fermentation, heat, water, browning and cheese.
- Who it is for
- Someone who wants to understand why the advice works, not just follow it.
- What it assumes
- Comfort with baker's percentages and a basic dough. No science background — each page explains its terms.
- By the end
- You can explain, from mechanism, why a change to dough, heat or toppings changes the result — and so judge advice you have not seen before.
Step 1: Gluten
The protein network that holds gas and gives a crust its chew.
Step 2: Yeast and enzymes
Gas, acids and sugars: what fermentation produces besides rise.
Step 3: Why time tastes different
The sensory result of the chemistry in the step before.
Step 4: Heat transfer
Conduction, convection and radiation — and why thermal mass and conductivity are different things.
Step 5: Conductivity in practice
The same oven, two surfaces, two bases — heat transfer you can taste.
Step 6: Evaporation
The race between water arriving at the base and heat driving it off.
Step 7: Gas expansion and starch setting
Why the rim rises in the first minute, and what fixes the crumb in place.
Step 8: Maillard and caramelisation
Where colour and roasted flavour come from, and where browning becomes burnt.
Step 9: The char continuum
Leopard spotting, char and carbon — the same reaction pushed further.
Step 10: Cheese melt and oil release
Why some cheeses stretch, some brown and some pool oil.
Step 11: Sensory masking
Why a heavier topping load hides the crust and the sauce.
Step 12: What makes chew
Protein, hydration and bake, combined into one texture.
Step 13: What makes a pizza feel light
Airiness, oil and density — and what 'digestible' claims usually mean.
Step 14: Staling and reheating
Starch retrogradation in practice: why leftovers go leathery and how heat reverses it.