# The physics of living neural networks

@article{Eckmann2007ThePO, title={The physics of living neural networks}, author={Jean-Pierre Eckmann and Ofer Feinerman and Leor Gruendlinger and Elisha Moses and Jordi Soriano and Tsvi Tlusty}, journal={Physics Reports}, year={2007}, volume={449}, pages={54-76} }

Improvements in technique in conjunction with an evolution of the theoretical and conceptual approach to neuronal networks provide a new perspective on living neurons in culture. Organization and connectivity are being measured quantitatively along with other physical quantities such as information, and are being related to function. In this review we first discuss some of these advances, which enable elucidation of structural aspects. We then discuss two recent experimental models that yield… Expand

#### 105 Citations

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- 2017

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The interplay between the topological relevance of a neuron and its dynamical traces in experimental cultured neuronal networks is explored and it is implied that it is possible to infer the degree distribution of the network connectivity only from individual dynamical measurements. Expand

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Experimental results on spontaneous activity in cultures are described, and theoretic models that describe its initiation and maintenance are elaborate. Expand

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A novel method that uses a theoretical relation between the time-lagged cross-covariance and the equal-time cross-Covariances to reveal directed effective connectivity and synaptic weights of cortical neuron cultures at different days in vitro from multielectrode array recordings is applied. Expand

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- 2015

It is well accepted that the brain is a highly complex and extensive network of neurons in 3D. This complexity introduces a large difficulty to the comprehension of the whole network, specifically… Expand

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Neuronal networks in vitro are prominent systems to study the development of connections in living neuronal networks and the interplay between connectivity, activity and function. These cultured… Expand

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