The Chemistry of Bread: Why Your Loaf Rises, Sets, and Tastes the Way It Does....
You have followed the recipe exactly. You have used the right flour, the right yeast, the right tin. You have kneaded until your arms ached and proved until the dough looked ready. And yet the loaf that comes out of the oven is dense, pale, gummy in the middle, or flat as a doorstep. You have no idea why, and the recipe offers no explanation. This is the problem with most bread books. They tell you what to do. They do not tell you why. And without the why, every loaf is a gamble.
The Chemistry of Bread changes that. Written for curious home bakers who want to understand what is actually happening inside their dough, this book takes you from the molecular structure of gluten to the Maillard reaction that turns a pale surface into a deep, crackling, flavour-packed crust. It explains why sourdough tastes the way it does, why rye bread needs sourdough fermentation to work at all, why a croissant has layers, why a pita puffs into a pocket, and why your loaf goes stale faster in the fridge than on the worktop. Once you understand the chemistry, you stop guessing and start baking with genuine confidence.
What this book covers: The book is divided into three parts. Part One covers the four foundational ingredients: flour, water, yeast, and salt, and explains precisely what each one contributes to the chemistry of bread dough. Part Two explores the major bread families, from lean breads and sourdough to enriched doughs, rye bread, laminated doughs, and flatbreads, showing how variations in ingredients and technique produce radically different results from the same basic chemistry. Part Three goes inside the oven, following the dough through oven spring, starch gelatinisation, Maillard browning, and the long, slow process of staling, and ends with a deep dive into the chemistry of bread flavour.
Throughout, the science is grounded in real bread, real bakers, and real kitchens. This is not a textbook. It is a book for anyone who has ever wondered why bread works, and what to do when it does not.
The recipesFourteen base recipes are included in the appendix, each designed to illustrate the chemistry discussed in the relevant chapter. They are starting points rather than finishing lines: clear, practical, and written to be understood as well as followed.
Basic White Tin Loaf
Baguette
Simple Sourdough Loaf
Rye Sourdough (70% Rye)
Croissants
Chapati
Pita Bread
Brioche
Focaccia
Naan
Corn Tortillas
Enriched Dinner Rolls
Sourdough Rye Crispbread
Kouign-Amann What readers are saying: "I have been baking bread for twenty years and thought I knew what I was doing. This book made me realise I had been following instructions without understanding a single thing behind them. The chapter on sourdough alone was worth the price: I finally understand why my starter behaves differently in summer, why my rye loaves were always gummy, and why the long cold prove makes such a difference to flavour. The writing is warm and funny and never talks down to you. I read it in two sittings and then went straight to the kitchen. Best bread I have ever made."*James - Home baker, Cardiff
Perfect for: home bakers at any level who want to move beyond recipes and understand the science behind the bread. Anyone who has ever had a loaf go wrong and wanted to know why.
