Jay Burreson Books

The story of modern globalization begins not with machines or maps, but with a craving for flavor. The volatile organic compounds in black pepper, nutmeg, and cloves—piperine, eugenol, and others—enchanted the medieval palate and provoked centuries of exploration. I recount how a pinch of these mole...

From Napoleon's Buttons: 17 Molecules That Changed History

Ascorbic acid is a molecule that reshaped the age of exploration. For centuries, scurvy—the slow destruction of collagen—killed sailors by the thousands. Ships returned home not from storms or combat but from the invisible hunger for one missing molecule. When lemons and limes revealed their power, ...

From Napoleon's Buttons: 17 Molecules That Changed History

We begin with a taste—literally. Eugenol from cloves and cinnamaldehyde from cinnamon were once worth their weight in gold. Their distinct molecular structures give these spices their flavor and aroma, triggering a cascade of human desires that led to exploration and conquest. From the perspective o...

From Napoleon’s Buttons: How 17 Molecules Changed History

Silk is another story woven by molecules. Its beauty arises from fibroin and sericin—proteins whose molecular structures create luster and strength unequaled for millennia. These proteins consist of repeating sequences of amino acids that align in crystalline patterns, granting silk its remarkable t...

From Napoleon’s Buttons: How 17 Molecules Changed History