Neurotechnology has emerged as a prominent branch of technology today. It uses the science of neurology to create advanced prosthetic and other sophisticated computer applications for brain-related disorders. The field of neurotechnology covers the entire gamut of neurology, including brain scans, recording of brainwaves, treatment applications, diagnosis and rehabilitation of neurological disorders. Today more than 1 million people in the US alone suffer from some form of neurological condition.
Neurotechnology involves the study and manipulation of the human brain through the use of computers and software. Such computer applications are capable of mimicking or “programming” the human brain to improve one’s learning, memory, behavior, alertness, and so on. This is done by measuring brain wave patterns and conducting certain experiments which stimulate the nerve cell firing patterns. The researchers then apply their discoveries into therapy applications and prosthetic fabrication. Neuromyelastic technologies also include the study of the nervous system, brain injury and stroke, genetic diseases and brain cancer.
Neurotechnology uses the science of neurology to achieve or realize the basic research objectives. These objectives could range from achieving self-awareness, enhanced brain function, recovery of mental abilities or improved personality. In addition, Neurotechnology helps address brain related issues such as sensory integration, abnormal brain function, behavior, aging and other related issues. Such technologies can be used for research and developmental purposes as well as in prosthetic fabrication.
The application of neurotechnology to the medical and health care industry is quite common. For example, Neurotechnology has played a major role in the treatment and rehabilitation of stroke and other injuries. It provides an excellent opportunity for researchers to conduct long-term treatments. Rehabilitation techniques based on Neurotechnology are being used in stroke rehabilitation, paralysis rehabilitation, brain injury rehabilitation, cognitive rehabilitation, and many more. Neurotechnology can be applied not only to physical rehabilitation but also to mental and psychiatric rehabilitation. The applications of neurotechnology in the field of prosthetics are also very important.
There are some inherent problems related to the application of neurotechnology. One is the danger of compromising the personhood of the person. There are some ethical questions involved in using neurotechnology. These questions involve the use of non-informed interventions that may result in harm to the subject. For instance, brain wave entrainment techniques such as binaural beat recordings can alter the subject’s fundamental attitude and beliefs.
Another ethical problem is the manipulation of the human mind. However, this is mainly a global issue since all humans share the same brain. It is difficult to manipulate another person’s mind since we are only able to do it with our bodies and emotions. Neurotechnology has immense potential uses for all. Whether it is medical mental or social, Neurotechnology has the potential to revolutionize our society for the better.