"Debugging Human DNA" is an unconventional book that illuminates a DNA function previously unknown to traditional medicine. DNA operates in a manner analogous to a computer's binary code, requiring electrical decoding and processing. Many of us perceive DNA merely as a genetic code studied by biologists in research laboratories, often unaware of its impact on our daily lives. In reality, DNA functions as the program that regulates our physiological processes, and our existence relies on it. The significance of DNA extends beyond the realm of medical research; it influences all human beings. Acquiring knowledge about DNA enhances one's capacity to manage, optimize, and transform both cognitive and physical aspects of life. The repair of DNA through electrical means represents an emerging field that remains predominantly unexplored. Distorted DNA strands, essentially composed of atomic particles, can be rectified through electrical interventions. While this gene-repair approach might deviate from conventional norms, it is firmly grounded in scientific evidence and validated as factual.