Gas Retention: Why Weak Gluten Networks Leak CO2
You can have the most active starter in the world, pumping out massive amounts of Carbon Dioxide (CO2). But if your dough cannot trap that gas, your bread will be a brick. This is the principle of Gas Retention.
The Bloat Analysis: Why Pizza Bloats You but Sourdough Doesn't
It is a common scenario: You eat two slices of artisan sourdough toast for breakfast and feel energised. That night, you eat two slices of pizza and feel like you have swallowed a bowling ball. The ‘bread’ ingredients are identical: Flour, water, salt, yeast.
Tactile Metrics: The Windowpane, The Poke, The Jiggly Test
The only reliable clock is the dough itself. To read it, you must stop looking and start touching. These are the three Tactile Metrics that every sourdough baker must master to judge the invisible biology of the jar.
Viscoelasticity: Extensibility vs. Elasticity (Rheology)
Dough is a contradiction. It is a solid that flows like a liquid. In physics, this property is called Viscoelasticity. It means the material has both viscous (flow) and elastic (snap-back) characteristics.