Word: cochlear
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...intelligent machines. They are emerging from within our human/machine civilization, and the intelligence we are creating is both derivative of and an extension to our human intelligence. We are already placing today's generation of intelligent machines in our bodies and brains, particularly for those with disabilities (e.g., cochlear implants for the deaf) and diseases (e.g., neural implants for Parkinson's patients). By 2030 there will be ubiquitous use of surgery-free neural implants introduced into our brains by billions of "nanobots" (i.e., microscopic yet intelligent robots) traveling through our capillaries. These noninvasive neural implants will routinely expand our mind...
...things the size of molecules that can be injected under the skin, leading to Internet-enabled people. Such devices, together with Internet-enabled sensors embedded in clothing, will avoid a hospital stay for medical patients who would otherwise be there only for observation. The speech processor used today in cochlear implants for the hearing impaired could easily be connected to the Internet; listening to Internet radio could soon be a direct computer-to-brain experience...
...TODAY: Cochlear implants to replace damaged inner...
...death in 1827, scholars have speculated that poor circulation, syphilis or typhoid fever might have been the cause. Not so, say Drs. Kenneth M. Stevens and William G. Hemenway of the University of Colorado Medical Center in the A.M.A. Journal. Beethoven's deafness was probably caused by cochlear otosclerosis, which today might be corrected by surgery. In this disorder, bony overgrowths within the inner ear cavity interfere with the transformation of vibrations into nerve impulses, and thus prevent their translation into sounds...