Remote Control Worms With Laser Light, Using FOSS
Kramer747 writes "to share a new tool I've developed for neuroscience that uses optogenetics to remotely control the neurons of a worm as it swims or crawls. Its called CoLBeRT, Controlling Locomotion and Behavior in Real Time. With the instrument I can induce the worm to stop, accelerate, lay eggs or experience the illusion of touch. All source code to run the instrument is GPLd and available. Science News and Scientific American both have stories. The project homepage is at colbert.physics.harvard.edu." I hope that name also constitutes a successful bid to get on the actual Colbert show!
The CoLBeRT project is dedicated to its namesake, Stephen Colbert, who manipulates the neurocircuits of millions of Americans daily using only the light from their monitors.
I live in constant fear of the Coming of the Red Spiders.
Herbert was a Prophet?
Maybe you can try for Iron Chef Japan.
No folly is more costly than the folly of intolerant idealism. - Winston Churchill
I see very little practical use for controlling worms. Now, get me a vertebrate, a good-sized one... can you get it light enough to mount on a bird? That would be useful. Birds have a lot of lift in them.
I can see why C. Elegans was used. I know of that worm. It's been mapped: Every neuron teased apart, and it's connections to the others documented.
I played this game on my Nokia YEARS ago.
Ethics only applies to animals whose nervous systems are complex enough to be considered as "brains".
Added to the links page:
http://colbert.physics.harvard.edu/links.php
I'm still basically writing the website, so there is more stuff coming.
I think I need new glasses. I first read the headline as "Remote Control Women With Laser Light, using FOSS"
Read what you will into what that says about my subconscious. I'm making an appointment with my eye doctor this week.
File under 'M' for 'Manic ranting'
Very sporting of you!
Maybe this will bring in a new era of competitive worm-games: you control your team (or single worm) with your system, and Stirman controls the other side with his. (You just need to put them in a microfluidic device and set up your system on one side and theirs on the other....)
One of the big questions in science is how neurons control behavior. It's a tough thing to answer when you can't control the neurons. (E.g. "tell me what this software program works without using it or altering the source code.")
So this is a big help in figuring out how neurons control worm behavior. Since we don't know much about how neurons control the behavior of anything, this is a big step forward!