geppetto.org

docs.openworm.org

Modelling - OpenWorm

http://docs.openworm.org/en/latest/modeling

Closing the loop with neuromechanical modeling. Muscle / Neuron / Channel. Our main goal is to build the world's first virtual organism- an. In order to achieve these goals, we first began with an informal cartoon representation of a breakdown of cell types and various biological processes that the worm has. Here is a representation of a small subset of those processes, where arrows show the causal relationship between processes and cell types:. Crawling behavior of worms is relatively easy to measure.

docs.openworm.org

Resources - OpenWorm

http://docs.openworm.org/en/latest/Resources/resources

Muscle / Neuron / Channel. This page describes content that has been created by the project for use by the public. Currently we make simulation engines, visualization environments, and data sets available. Sibernetic is the code base that currently implements the crawling model. Sibernetic is a C / Python code base by Palyanov, Khayrulin and Vella that has been created expressly for the purpose of doing research and building the model quickly. More information on running Sibernetic is available online.

docs.geppetto.org

Source Setup on OSX and Linux — Geppetto 0.3.2 documentation

http://docs.geppetto.org/en/latest/osxlinuxsetup.html

Source Setup on OSX and Linux. Linux: Debian and variants (e.g. Ubuntu). Starting and Stopping Virgo. Source Setup on OSX and Linux. This will tell you how to get the Geppetto source code and build it on a OSX and Linux machine ( OSX? I’m on Windows! It might be a good idea to test the release version. Of Geppetto on your system before you move on. Cool, let’s get started! Psst: If you get stuck at any point, drop us a line at the OpenWorm-discuss mailing list. Java SE Development Kit 7. You can do this ...

fruitflybrain.org

Get Involved | Hackathons

http://fruitflybrain.org/hackathons.html

Fruit Fly Brain Observatory. Fruit Fly Brain Explorers. Fruit Fly Brain Hackathon 2017. March 12, 2017. Center for Neural Engineering and Computation. Columbia University, New York, NY, USA. We are excited to announce the 2nd Fruit Fly Brain Hackathon (FFBO 2017). This hackathon will feature the Fruit Fly Brain Observatory (FFBO). And its key components, NeuroNLP. The Fruit Fly Brain Hackathon is organized in conjunction with the Columbia Workshop on Brain Circuit, Memory and Computation. 09:30 AM - 09:4...

openworm.org

OpenWorm

http://www.openworm.org/index.html

Building the first digital life form. Open source. Worms are soft and squishy. So our model has to be too. We are building in the physics of muscles, soft tissues and fluids. Because it matters. Play with your own worm! Thanks to our kickstarter backers we have developed WormSim, a new interactive way to play with the worm in your browser and be up to date with our modeling progress! Every neuron the worm has, and how they connect. Everything in its right place. Now we are bringing it to life. All the co...

theraycatsolution.com

FAQ — 10,000

http://www.theraycatsolution.com/faq

Is Nuclear waste actually a problem? No Nuclear waste is regarded with extreme care and stored in such a way that there is no danger for us currently, or for future generations. There are brilliant people around the world that are aware of the dangers, and know how to address them. So what is the problem really? Are we actually working with cats? Are you working with radiation? Also no. First rule of radiation safety is Don’t use radiation if you don’t have to . Despite being an incredibly useful...Wongs...

docs.openworm.org

Geppetto - OpenWorm

http://docs.openworm.org/en/latest/Projects/geppetto

Muscle / Neuron / Channel. In order to allow the world to play with the model easily, we are engineering Geppetto. An open-source modular platform to enable multi-scale and multi-algorithm interactive simulation of biological systems. Geppetto features a built-in WebGL visualizer that offers out-of-the-box visualization of simulated models right in the browser. You can read about architectural concepts and learn more about the different plug-in bundles we are working on. Provided by Read the Docs.

docs.openworm.org

Projects Overview - OpenWorm

http://docs.openworm.org/en/latest/projects

Muscle / Neuron / Channel. The project is currently laid out into seven major areas shown below:. Neuromechanical modeling with Sibernetic. Data collection and representation. NeuroMechanical Modeling - Sibernetic. While our ultimate goal is to simulate every cell in. We are starting out by building a model of its body, its nervous system, and its environment. Sibernetic. To get a quick idea of what this looks like, check out the latest movie. In this movie you can see a simulated 3D. An open-source modu...

extremetech.com

OpenWorm brings simulated life one step closer with ‘real’ digital muscles | ExtremeTech

http://www.extremetech.com/extreme/166569-openworm-brings-simulated-life-one-step-closer-with-real-digital-muscles

OpenWorm brings simulated life one step closer with ‘real’ digital muscles. OpenWorm brings simulated life one step closer with ‘real’ digital muscles. On December 20, 2013 at 3:14 pm. The important thing about. For years, a project called OpenWorm has been trying to do just that, and this week it reached a major milestone on that path: muscles. This is what a real nematode’s movement looks like. Models the worm. All muscle cells were modeled one-to-one on the worm’s body, meaning that every co...8220;we...