OpenWorm project reaches new milestone—muscle simulation

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Posted on December 27, 2013
OpenWorm project reaches new milestone—muscle simulation

The OpenWorm project has reached a significant milestone, team members report—muscular contraction that is able to drive the simulated worm forward in a stream of simulated water.

The goal of the OpenWorm project is simple and straightforward—building the first (others have tried and met with limited success) digital life form—getting there of course, is anything but. The idea is to replicate how it is that living organisms do what they do. In the case of the nematode, that means, among other things, swimming through water in a way reminiscent of an eel.

The project is an international open source collaboration and as such is open to anyone who wishes to participate. Of course those who choose to do so will find a certain degree of expertise in computer programming or biology will be needed. The team reports that the nematode was chosen as the first simulated life form because of its simplicity—the real worm has just 959 total cells—almost half of which are  or neurons.

 

Read more at: Phys.org



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