Neurotechnology refers to technologies designed to enhance, repair, or understand brain function.
BCIs transform control for people with disabilities by allowing direct communication between the brain and external devices.
Neurotechnologies have the potential to improve cognitive, memory, and attention skills, opening the door to superhuman potential.
For people with impairments, devices such as cochlear implants and retinal implants are increasing sensory functions.
This method, which is used to treat disorders like anxiety and ADHD, teaches the brain to self-regulate.
By delivering electrical impulses to the brain, DBS is used to treat neurological conditions including Parkinson's disease.
Epilepsy, paralysis, and even depression may be treated with tiny devices that are implanted into the brain.
Neural implants are being investigated as a potential means of improving memory recall or storage.
The ethical consideration of modifying brain activity and cognitive capacities, especially in healthy people, is called into question by neurotechnology.
There are worries regarding privacy and the misuse of personal neurological information as neurotechnologies collect sensitive brain data.
Cost barriers to accessing neurotechnology could create a gap in who can profit from these developments.
For pupils with learning difficulties, the technology could improve results by personalizing learning experiences.
Although neurotechnology may improve troops' cognitive capacities, its application in the military poses questions around mental control and autonomy.
Redefining intellect, awareness, and the limits of the human mind may result from the incorporation of neurotechnology into human evolution.