Mounting evidence suggests that understanding how the brain encodes information and
performs computations will require studying the correlations between neurons. The recent …

The human nervous system is one of the most complicated systems in nature. Complex
nonlinear behaviours have been shown from the single neuron level to the system level. For …

Networks are becoming a ubiquitous metaphor for the understanding of complex biological
systems, spanning the range between molecular signalling pathways, neural networks in the …

The cortex processes stimuli through a distributed network of specialized brain areas. This
processing requires mechanisms that can route neuronal activity across weakly connected …

We investigate how network structure can influence the tendency for a neuronal network to
synchronize, or its synchronizability, independent of the dynamical model for each neuron …

A typical Go/No-Go decision is suggested to be implemented in the brain via the activation of
the direct or indirect pathway in the basal ganglia. Medium spiny neurons (MSNs) in the …

Neuroeconomic models assume that economic decisions are based on the activity of offer
value cells in the orbitofrontal cortex (OFC), but testing this assertion has proven difficult. In …

Understanding the magnitude and structure of interneuronal correlations and their
relationship to synaptic connectivity structure is an important and difficult problem in …

Throughout the central nervous system, the timescale over which pairs of neural spike trains
are correlated is shaped by stimulus structure and behavioral context. Such sha** is …

Recent analysis of evoked activity recorded across different brain regions and tasks
revealed a marked decrease in noise correlations and trial-by-trial variability. Given the …