Awesome “Fluidic Muscles” Bionic Arm Video
Saturday, August 25th, 2007
From the department of “we are living in a sci-fi movie”, here’s a video of a bionic arm that uses “fluidic muscles”.

From the department of “we are living in a sci-fi movie”, here’s a video of a bionic arm that uses “fluidic muscles”.
“It sounds like a science-fiction version of stupid pet tricks: by toggling a light switch, neuroscientists can set fruit flies a-leaping and mice a-twirling and stop worms in their squiggling tracks. But such feats, unveiled in the past two years, are proof that a new generation of genetic and optical technology can give researchers unprecedented power to turn on and off targeted sets of cells in the brain, and to do so by remote control…”
Reviews the use of photosensitive proteins in neuroscience and even gives a shout-out to Ed Boyden, of Stanford and MIT fame…
– Davie (who had the same advisor as Ed for about a day and is therefore 0.01% more famous by association)

The man had a normal job and is a married father of two children.
Lionel Feuillet, Henry Dufour and Jean Pelletier. Brain of a white-collar worker. The Lancet, Volume 370, Issue 9583, 21 July 2007-27 July 2007, Page 262.

A patient who had been in a “minimally conscious state” for six years regained responsiveness after stimulation via electrodes implanted in the thalamus. Now he can “name objects on request, make precise hand gestures, and chew food without the aid of a feeding tube”.
This study provides fMRI evidence that, after forgetting some memories, the brain has to work less hard.
Read on for a guest-posted ad for WNYC’s radio lab (http://www.radiolab.org)
The MIT Media Lab is holding a conference on May 9th, “Human 2.0: New Minds, New Bodies, New Identites” which will launch a number of new initiatives centered around the goal of inventing a better future via direct engineering of the human. Amongst these things will be the initiation of the MIT Center for Human Augmentation, and the launch of a number of novel applied Neurotechnology Projects.
Guest speakers on May 9th will include MIT professors (Roz Picard, Hugh Herr, myself, etc.) and many acclaimed speakers such as Oliver Sacks and John Donoghue. Registration may be close to being full, but it will be webcast.
More information at:
http://h20.media.mit.edu
- Ed
The field of neuroscience naturally focuses its inquiry into neurons. This approach to understanding the brain by studying its parts has been thought to have a greater potential than that of psychology to understand how the brain works, a comment made by no less than Daniel L. Schacter, chair of Harvard’s Department of Psychology, in his book, The Seven Sins of Memory.
However promising the field has been thus far, even the most accomplished neuroscientists will admit that we still do not understand how the brain really works. I would submit that the current reductionist nature of neuroscience has shed much light on the dynamics of how neurons work, but has to a far lesser degree shed light on how neurons process information. The difference between these two lines of inquiry is important for making progress in understanding how the brain works.
(more…)
This wired article describes the “feelSpace belt”; a belt with 13 vibrator pads that detects the Earth’s magnetic field and communicates its direction to the wearer by making the pad facing in that direction vibrate.