Maoz Shamir

This study shows that archerfish exhibit decision-making biases similar to mammals, including trial-history and spatial biases, but differ in maintaining stable behavior during unrewarded trials.

The paper analyzes how synaptic coarse-tuning affects information transmission under different decoding schemes and finds that performance is constrained by low-dimensional manifolds in the strong coarse-tuning regime.

The paper investigates how spike-timing-dependent plasticity (STDP) can stabilize rhythmic activity in neural networks despite synaptic volatility.

This study shows that winner-take-all mechanisms cannot explain the high accuracy of pop out visual search, due to limitations in information accumulation and noise correlations.

This study investigates how spike timing dependent plasticity (STDP) can tune synaptic connectivity to generate rhythmic activity in neuronal networks.

This study investigates whether spike timing dependent plasticity (STDP) can generate oscillatory activity in neuronal networks and identifies the features of STDP that stabilize these oscillations.