Sachin S. Deshmukh

The paper shows that theta phase coding dynamics are similar between proximal and distal CA1 under conditions where spatial selectivity is comparable.

This paper presents a unified computational model that generates various spatial and object-sensitive neurons in the hippocampus by integrating visual and path integration information through a Graph Neural Network.

The paper shows that distal CA1 maintains a more coherent spatial representation than proximal CA1 during local-global cue conflict, suggesting differences in input utilization for spatial coding.

The paper examines ripple propagation in rat dorsal CA1, finding anisotropic patterns along proximo-distal and septo-temporal axes.

The paper develops an open-source, scalable camera system for tracking rats in large spaces, showing improved accuracy in spatial firing and head direction cell analysis compared to commercial systems.