Shree Hari Gautam

The paper shows that modality information is efficiently encoded in piriform cortex using a novel decoding method called Shared Covariance Decoding.

The paper shows that awake mouse motor cortex has both a low-dimensional critical subspace and a high-dimensional desynchronized subspace, resolving a long-standing debate about cortical dynamics.

The paper shows sensory signals are encoded in low-dimensional subspaces correlated with upstream sensory regions, improving decoding accuracy and generalizing across sensory systems.

The paper shows that random variation in neuronal properties can lead to functional segregation, reinterpreting previous results as an example of this phenomenon.

The paper demonstrates that the olfactory bulb encodes ortho and retronasal odor modality through mitral cell activity and shows that synaptic inhibition affects this encoding.

This study compares spiking patterns in rat olfactory bulb mitral cells under ortho- and retronasal stimulation, finding differences in firing rates and spike covariances, and develops models to explain these differences.

The paper shows that olfactory bulb mitral cells exhibit increased spiking variability at stimulus onset, contrasting with the commonly observed decrease in cortical systems.

This study investigates how MeCP2 disruption in rats leads to excessive inhibition, increased neuronal synchrony, and stereotyped motor behavior, suggesting an E/I imbalance underlies motor dysfunction in Rett syndrome.