Before a single organ forms, an invisible electrical scaffolding maps out your entire body. While genetics provides the hardware of life, Bioelectricity and Morphogenesis reveals the operating system—the bioelectric signals that tell cells what to build and where. This book is essential reading for science enthusiasts, biologists, and anyone curious about the frontier where physics meets biology to solve the mysteries of regeneration, cancer, and the very origin of bodily form. Journey into the labs rewriting the definition of living machines. You will discover how manipulating voltage gradients can induce frogs to regrow limbs and prompt flatworms to regenerate heads of entirely different species. Explore groundbreaking research on Xenobots—programmable living robots—and learn why viewing cancer as an electrical communication breakdown, rather than just a genetic error, is opening revolutionary pathways for detection and non-toxic treatment. Part of The Library of Unconventional Ideas, this concise volume transforms complex biophysics into a gripping narrative. Through clear explanations and vivid analogies, it bridges the gap between molecular biology and electrical engineering, offering a provocative look at the future of medicine where we might soon edit the body's electric blueprint as easily as we edit text.