What is machine learning? What is the current situation of prostheses in the medical field? Can scientists cure paralysis? Is a supercomputer made of real human DNA? These are all questions that have been pondered by both professional biomedical engineers and individuals without a scientific background but simply interested in medicine. There is no doubt that technology has brought advancements to many areas of our lives today. This has led to improvements in the way we do business, in the way we use social media to communicate with others, and in the way we treat patients in healthcare. This is especially true when looking at neuroscience in technology, also known as neuroengineering. One day, techniques such as machine learning and artificial intelligence will help doctors make better and more accurate diagnoses. New prosthetics are being developed that use intracranial computer interfaces to replicate the patient’s thoughts to control the prosthetics. Supercomputers built from human genetic material are used to perform tasks faster than current computers. All of these advances make medical technology an exciting and rapidly growing field of science. In this book, the author discusses advances in medical technology through 14 chapters specifically designed to be readable and understandable for anyone interested in learning more about medical technology. Co-author Nolan Brown has more than 100 peer-reviewed publications in neuroscience and neuroengineering journals. Dr. Shane Shahrestani worked on the world’s first stroke diagnosis using magnetic material. He now has a grant from the NIH for this device. Dr. Ronald Sahyouni has conducted new research in the field of myopotential prostheses. Whether it’s topics like the creation of the first human cyborg or the first human attempts to cure paralysis, this book uses information to teach those interested, not to indicate their training.