Mauro M. Monsalve‐Mercado

The paper analyzes neural population activity during decision-making and finds that decision trajectories lie on a curved 2D manifold, with distinct dynamics for slow and fast decisions.

This study shows that the human-specific gene SRGAP2C increases cortico-cortical connectivity and improves sensory processing and behavioral performance in mice.

The paper shows that grid cell patterns in mammals are influenced by environmental boundaries and can be explained by a feedforward model with feedback inhibition, suggesting a Turing pattern formation mechanism.

The paper analyzes open field foraging data to show that spike-time cross-correlations between place cells are symmetric and reflect place field distances, with some differences in Fmr1-null mice.

The paper proposes a theory on how spike-timing correlations in hippocampal neurons generate hexagonal grid fields through synaptic plasticity and pattern formation mechanisms.