For millennia, the difference between a broken bone and a cracked pillar was simple: one heals, the other crumbles. Self-Healing Matter challenges this inevitability, introducing the cutting-edge science of materials engineered to repair themselves. This book is essential reading for designers, engineers, and curious minds fascinated by the intersection of biology and infrastructure. It answers a critical question for the future of sustainability: what if our bridges, phones, and pipelines could fix their own wounds?
Readers will journey inside the microstructure of the next industrial revolution. You will discover concrete infused with dormant bacteria that wake up to seal cracks with limestone, and plastic skins that re-knit their molecular bonds after being cut. From vascular networks that mimic human circulatory systems to pump healing fluids through aerospace composites, to smart coatings that bleed color to warn of damage, this narrative explores the ingenious mechanisms turning static objects into resilient, life-like systems.
Beyond mere science fiction, this volume emphasizes demonstrated engineering results and real-world applications. It navigates the complex trade-offs between durability, cost, and safety, offering a clear and authoritative guide to the technologies extending the lifespan of the modern world. This is a compact yet comprehensive look at the end of planned obsolescence.