Carbohydrate-based construction materials have been theoretically explored since humans first arranged food items into structures (see: gingerbread houses, graham cracker buildings, Thanksgiving centerpieces). White bread's advantages include acoustic damping from air pockets, insulating properties from its crumb structure, and exceptional smell. Its disadvantages include mold susceptibility, pest attraction, structural degradation under moisture, and the ethical complexity of feeding your house while people starve. A 2,500-square-foot home requires approximately 4.9 million slices or roughly 245,000 loaves. At $3/loaf this represents a $735,000 material cost, which exceeds traditional construction only by the psychologically crushing awareness that your house is literally edible. The mathematics confirm that while geometrically sound, bread architecture remains impractical, uninsurable, and violently controversial among structural engineers and dieticians alike.

Historically, bread-based structures have appeared primarily in children's literature (Hansel & Gretel) and stress-induced hallucinations. Modern speculation suggests that sourdough's fermentation and larger air pockets might reduce required volume by 15%, while enriched breads (brioche, challah) would paradoxically increase both structural integrity and arson risk. The crumb-to-crust ratio becomes critical for load-bearing walls: soft interior crumb fails under compression while harder crust shatters. Pioneer bread builders (none, historically) would require emergency contingency plans involving industrial toasters, fungicidal coatings, and psychological counseling. The real challenge isn't physics—it's explaining to your homeowner's insurance company that yes, your foundation is literally decomposing into mold colonies, and no, this wasn't covered under the "food contamination" clause.