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7
Nov
Brain-machine interfaces promise to aid paralyzed patients by re-routing movement-related signals around damaged parts of the nervous system.
a web focus by Nature
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16
May
Can bioengineering immitate the analog to digital conversion performed by our inner ear?
How do organs such as the inner ear deal with the imprecision of analog computing?
If analog computing is so marvelously efficient, why is almost every electronic system you come accross digital?
Do brain cells share interesting characteristics with subthreshold transistors and how can it be effectively used?
By Rahul Sarpeshkar, IEEE’s Spectrum Issue May 2006
-
3
Apr
The development of organic computers, which use mammalian neurons to process or store information or neurological prosthetics for overcoming disorders of the central nervous system, might sound like the background plot for Terminator 4.
However, breakthroughs achieved within the NACHIP project, funded under the Sixth Framework Programme (FP6) and developed by researchers in Germany, Italy and Switzerland, could contribute to the development of precisely these kinds of technology.
The project team is made up of Peter Fromherz from the Max-Planck-Institute for Biochemistry in Munich , Stefano Vassanelli from the Department of Membrane and Neurophysics at the University of Padova and Nikolaus Greeff from the University of Zurich’s Institute of Physiology.
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13
Dec
The author has been haunted by Ravel’s masterpiece since he lost his hearing. A deaf man’s pursuit of the perfect audio upgrade.
The author spent years tweaking the software on his cochlear implant.
By Michael Chorost, WIRED Magazine, November 2005 Issue 13.11
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