Gautam Agarwal

The paper examines how different frequency components of hippocampal LFPs predict single-neuron spiking during spatial navigation in rats, identifying distinct low- and high-frequency regimes.

The paper shows that weak theta rhythms in the hippocampus can encode position and head orientation without relying on prominent theta rhythms, using an artificial neural network.

This study shows that posterior piriform cortex neurons in rats carry spatial maps during odor-cued navigation, forming olfactory-place maps.