Why use Brian?
Easy to use
Brian has a powerful, easy to understand syntax that can define, run and plot neural models in just a few lines of code.
We have simple guides to get you started with installing and learning Python and Brian, and detailed documentation to help you master everything Brian has to offer.
Flexible
Detailed biophysical Hodgkin-Huxley model? Reduced two variable leaky integrate-and-fire neuron? A new synapse model that hasn’t been added to other simulators yet?
No problem, just write down the equations in standard mathematical notation and run it.
Performance
In 1952 Hodgkin and Huxley simulated their model of the squid giant axon. It took them three weeks using a hand operated Brunsviga mechanical calculator. Fortunately, you don’t have to wait that long. Brian can simulate thousands of neurons in realtime.
Brian uses
Reliable
Brian is more than ten years old, so you can rely on it giving accurate results. We have an extensive test suite that catches any bugs and makes sure that it runs on all platforms. We continue working on Brian, releasing a new version about every six months.
And, we help you to make sure that your code doesn’t have bugs. If you try to write a dimensionally inconsistent equation, we’ll tell you. If the solver you specified for your differential equations is unstable, we’ll let you know.
Widely used
Brian has been successfully used in hundreds of modelling studies, many of which have made their code freely available to download online. It’s used for the coding exercises in the popular computational neuroscience textbook Neuronal Dynamics (Gerstner et al.).
Brian also has a vibrant ecosystem of software packages built on top of it.
Download and installation
conda install -c conda-forge brian2or
pip install brian2
For more details, see the installation instructions in the documentation.
News
New release: Brian 2.8.0
New releases: Brian 2.7.0 and 2.7.1
New release: Brian 2.6
GSoC 2024
Articles
Bug hunt episode 2: a strange file appears
Getting the timing right (scheduling 2)
Getting the timing right (scheduling 1)
Community
Community forum
Chat group
Papers using Brian
Software ecosystem
Models (and older ones)
How to contribute
Team
-
Romain Brette
Institut de la Vision, INSERM, Paris -
Dan Goodman
Imperial College London - Marcel Stimberg
Institut de la Vision, Sorbonne University, Paris
For a full list of contributors, see the AUTHORS file in the repository. All contributions (not only in the form of code) are listed in the release notes.