Baking: Chemistry, Creativity, and a Future Built from Scratch There’s something quietly profound about baking. It sits at the intersection of science and instinct, demanding both precision and creativity. For me, the inspiration to bake has never come from nostalgia or tradition — it comes from chemistry. At its core, baking is applied science. Every time I mix flour, water, yeast, and salt, I’m watching a series of chemical reactions unfold in real time. The gluten network forming as I knead dough, the carbon dioxide released by fermentation causing bread to rise, the Maillard reaction turning a pale loaf into something deeply golden and complex — these aren’t just happy accidents. They’re predictable, measurable phenomena I can manipulate. That kind of control is genuinely exciting. Most people see a loaf of bread and think about lunch. I see a set of variables I can adjust. Math plays into it just as much. Baker’s percentages, hydration ratios, scaling recipes without losing structural integrity — baking rewards the kind of thinker who actually wants to understand why something works, not just follow steps blindly. When I nail a recipe, it’s not luck. It’s the result of understanding the underlying logic and executing it with intention. That feeling — of knowing exactly what you did and why it worked — is what keeps pulling me back. Bread has become my favorite thing to bake, and the reason is simple: it’s one of the most versatile canvases in all of cooking. A single concept — flour, water, salt, leavening — can produce hundreds of completely different outcomes depending on the variables you introduce. Swap bread flour for whole wheat or einkorn and the flavor profile shifts dramatically. Increase hydration and you get an open, airy crumb. Drop it and you get something dense and chewy. Introduce preferments like poolish or levain and suddenly you’re working with depth and complexity that a same-day dough simply can’t replicate. Bread is never finished. There’s always another flour to try, another fermentation timeline to experiment with, another crust technique to refine. For someone who enjoys figuring things out, bread is endlessly interesting. There’s also something deeply satisfying about how bread connects to culture and place. Every region of the world has its own bread tradition — tied to local grains, local climates, local tastes. Studying bread is, in a way, studying people. That overlap between food science and food culture is where I find the most meaning in what I do. As for the future, my goal is straightforward but ambitious: I want to own a restaurant where every baked good is made entirely in-house. No outsourced bread, no store-bought pastry shells, no shortcuts. Everything — the sourdough served at the table, the desserts on the menu, the pastry components in savory dishes — would be produced from scratch. That level of control over every element of a guest’s experience is something I find deeply compelling. It means the flavor is consistent, intentional, and truly ours. It also means I need to be technically excellent. Which is exactly why I’m pursuing formal culinary training. There’s only so far self-teaching can take you before the gaps in your foundation start to show. I want the full picture — the technique, the theory, the discipline — so that when I eventually open that restaurant, every item that comes out of my kitchen is something I can stand behind completely. Baking, for me, isn’t a hobby. It’s a long-term project. And I’m just getting started.​​​​​​​​​​​​​​​​