The basic idea behind BCIs is to enhance cognitive capabilities. An average computer is able to perform any particular operation up to 20.000 times quicker than the human brain, which needs time in the region of whole milliseconds for processing one bit of information. A brain-computer-system -some people would call it a cyborg - thus could be a worthwhile symbiosis when it comes to storage and retrieval of information or speed and precision of actions. Some fancy things also can be done with thought-controlled computer games. You can see the first steps towards this huge market on the pictures on this side, starring tennis-player and cube-rotators...
The most promising application of BCIs, though, is with patients that are for a medical reasons unable to use their bodies for everyday purposes. This is especially true for patients suffering from neurological conditions like amyotrophic lateral sclerosis (more), brainstem stroke (more), cerebral palsy (more) or muscular dystrophies (more), but also for victims of accidents with brain or spinal cord injuries. These patients could eventually learn to control a prosthesis only by thought.

definitions / components / history of BCIs
what's a BCI / what is it for / types of BCI / problems
definitions > what is it for

What are mescular dystrophies?

A group of all very rare diseases in which the victims suffer from ever increasing muscular weakness. The cause is a genetically determined degeneration of muscles. They are replaced by fat and connective tissue. Most types of MD occur in childhood, but there are adult forms as well. Usually there is a particular protein missing or not working, depending on the type of MD. The most famous and one of the most disastrous ones is Duchenne muscular dystrophy.

Big serve! Tennis under thought-control
cube-rotation-meditation

Learn about definitions of BCI, how to build your own one, and what the history of BCIs was like.