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Encyclopedia > Direct neural interface

A direct mind-computer interface or direct neural interface is literally that - a direct cybernetic link between a mind and a computer. For purposes of this term, the word 'mind' is usually understood to imply the consciousness of an organic life form and 'computer' is usually understood to imply an inorganic processing device of some type. The term 'direct' implies that the exchange of data between the mind and the computer is not handled through intermediate organs such as the eyes, ears, mouth, or hands (currently the most common sets of organs used to interface one's consciousness with a computer).


These semantical notations are crucial in the contemplation of a direct mind-computer interface, as depending on one's point of view as to what the term 'mind' and 'computer' mean, a direct mind-computer interface may fall under various categories from "already extant" to "possible but not currently in existence" to "completely impossible". For example, if an individual believed that the 'mind' was an ineffable construct, with no direct link to any physical construct that we can detect, then demonstrating to that individual an electronic coupling between the brain of an animal (of whatever order), and an electronic device would not be a compelling argument.


From a standpoint of pure fact, direct mind-computer interfaces already exist. Recent achievements demonstrate that it is currently possible to implement crude brain-computer interfaces that can be used to directly control computers or robotic limbs using a variety of both invasive and non-invasive brain imaging technologies. There have been many tests in the field of linking an animal's or a human's brain cybernetically to an electronic computing device. From monkeys hardwired into robotic armatures to a blind man who has had CCD chips and neural implants installed which allow him to see, albeit at a very low mono-chromatic resolution.


The current state of the art can be more accurately described as a direct brain-computer interface. The distinguishing point being that the mind or consciousness is completely seated in the organic brain and neural impulses in the brain are intercepted and sent to an electronic device.


A true direct mind-computer interface implies that full integration exists between the conscious entity and a computational device. Such a linking might allow for a consciousness which is an emergent property of an organism's brain to migrate into an inorganic device holisticly. It may entail simply expanding or enhancing the existing consciousness.


Direct mind-computer interfaces are an extremely common element of cyberpunk fiction, often characterised as "control of hardware at speed of thought".


External links

  • An article about a non-invasive device that allows crude vision without use of the eyes (http://www.sciencenews.org/articles/20010901/bob14.asp)

  Results from FactBites:
 
Neural Interfaces (2325 words)
A Neural Interface is any type of data link between the human nervous system and an external device, such as an electronic or hybrid computer or machine.
But, once Neural Interfaces have reached the complexity and capability of controlling the emotions, memories, and thoughts of people connected to such devices, the potential for abuse is limitless.
Then, in 2005 the BBC reported that a robot arm controlled by a Neural Interface created at the University of Pittsburgh was fully mobile from the shoulder and elbow and had a gripper that works like a hand.
User interface - Wikipedia, the free encyclopedia (1447 words)
Batch interfaces are non-interactive user interfaces, where the user specifies all the details of the batch job in advance to batch processing, and receives the output when all the processing is done.
Gesture interfaces are graphical user interfaces which accept input in a form of hand gestures, or mouse gestures sketched with a computer mouse or a stylus.
Zooming user interfaces are graphical user interfaces in which information objects are represented at different levels of scale and detail, and where the user can change the scale of the viewed area in order to show more detail.
  More results at FactBites »


 

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