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New publication by BCF members in the Journal of Computational Neuroscience
Jens Kremkow, Laurent U. Perrinet, Guillaume S. Masson and Ad Aertsen published an article on "Functional consequences of correlated excitatory and inhibitory conductances in cortical networks" in the journal's current issue
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Article by BCF/RIKEN members published in PLoS Computational Biology
Using computer simulations of brain-like networks, researchers from Germany and Japan have discovered why nerve cells transmit information through small electrical pulses. Not only allows this the brain to process information much faster than previously thought: single neurons are already able to multiply, opening the door to more complex forms of computing.
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Book publication by BCF/RIKEN members: "Analysis of Parallel Spike Trains"
Stefan Rotter (BCF) and Sonja Gruen (RIKEN Brain Science Institute, Japan and Bernstein Center Berlin) edited the book "Analysis of Parallel Spike Trains". With 20 individual contributions, written by leading experts in the field, the book offers a comprehensive overview over state-of-the-art methods for the analysis of coordinated neuronal activity in the brain. It is directed at scientists and advanced students from the fields of Systems Neurobiology and Computational Neuroscience. The book is available now.
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"Biologie in unserer Zeit" publishes article on Computational Neuroscience
The German journal "Biologie in unserer Zeit" has published an article by Bernstein Professor Stefan Rotter and Gunnar Grah on computational neuroscience and recent findings.
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Nature Reviews Neuroscience publishes article by BCF members
Reliable propagation of spiking activity in the brain is vital for information processing. BCF members Arvind Kumar, Stefan Rotter and Ad Aertsen propose in a new review article that under certain conditions asynchronous and synchronous propagation of spiking activity can co-exist in a modular neuronal network, and they suggest experimental strategies to test this hypothesis.
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