Many theories of neural networks assume rules of connection between pairs of neurons that are based on their cell types or functional properties. It is finally becoming feasible to test such pairwise models of connectivity, due to emerging advances in neuroanatomical techniques. One method will be to measure the functional properties of connected pairs of neurons, sparsely sampling pairs from many specimens. Another method will be to find a “connectome,” a dense map of all connections in a single specimen, and infer functional properties of neurons through computational analysis. For the latter method, the most exciting prospect would be to decode the memories that are hypothesized to be stored in connectomes
One major challenge in neuroscience is the identification of interrelations between signals reflecti...
There is growing excitement in determining the complete connectivity diagram of the brain—the...
Understanding the computations that take place in neural circuits requires identifying how neurons i...
Many theories of neural networks assume rules of connection between pairs of neurons that are based ...
Experimentally mapping synaptic connections, in terms of the numbers and locations of their synapses...
Connectivity determines the function of neural circuits. Historically, circuit mapping has usually b...
Brain networks, localized or brain-wide, exist only at the cellular level, i.e., between specific pr...
While connectomics paradigms have been undergoing rapid development in the experimental community, t...
The function of neural circuits is an emergent property that arises from the coordinated activity of...
Dissecting the structure of neural circuits in the brain is one of the central problems of neuroscie...
We present a mathematical framework for formulating and testing rules of synaptic organization on bo...
The function of neural circuits is an emergent property that arises from the coordinated activity of...
We present a framework for reconstructing structure of complete neural circuits
in the brai...
Sensory-evoked signal flow, at cellular and network levels, is primarily determined by the synaptic ...
Understanding of informational processes in the brain promises significant advances for communicatio...
One major challenge in neuroscience is the identification of interrelations between signals reflecti...
There is growing excitement in determining the complete connectivity diagram of the brain—the...
Understanding the computations that take place in neural circuits requires identifying how neurons i...
Many theories of neural networks assume rules of connection between pairs of neurons that are based ...
Experimentally mapping synaptic connections, in terms of the numbers and locations of their synapses...
Connectivity determines the function of neural circuits. Historically, circuit mapping has usually b...
Brain networks, localized or brain-wide, exist only at the cellular level, i.e., between specific pr...
While connectomics paradigms have been undergoing rapid development in the experimental community, t...
The function of neural circuits is an emergent property that arises from the coordinated activity of...
Dissecting the structure of neural circuits in the brain is one of the central problems of neuroscie...
We present a mathematical framework for formulating and testing rules of synaptic organization on bo...
The function of neural circuits is an emergent property that arises from the coordinated activity of...
We present a framework for reconstructing structure of complete neural circuits
in the brai...
Sensory-evoked signal flow, at cellular and network levels, is primarily determined by the synaptic ...
Understanding of informational processes in the brain promises significant advances for communicatio...
One major challenge in neuroscience is the identification of interrelations between signals reflecti...
There is growing excitement in determining the complete connectivity diagram of the brain—the...
Understanding the computations that take place in neural circuits requires identifying how neurons i...