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Topic: unstable equilibria

ePoster
1 ePoster

In Behavioral Neuroscience and Biology

ePoster · Computational Neuroscience

Network Gain Regulates Stability and Flexibility in a Ring Attractor Network

Harshith Nagaraj, Mark P. Brandon · COSYNE 2025

The internal compass of the brain, also known as the head-direction (HD) system, forms a crucial component of the neural circuit necessary for effective spatial orientation, and includes regions such as the anterodorsal thalamic nucleus (ADN). It maintains a sense of orientation by integrating self-motion with local cues, which serve as anchors. A recent study in mice showed that network gain, a measure of population activity in the system, decreases during reorientations induced by changes in visual cues. The extent of this reduction in gain influences the dynamics of reorientation, with lowe