Monzilur Rahman

This paper demonstrates a three-photon microscope that enables high-resolution imaging of mouse brain structure and function at depths up to 2.5 mm and 2 mm respectively.

This study shows that prefrontal cortex dopamine responds to the total valence of stimuli, not just net valence, using high-sensitivity fluorescence recordings.

The paper shows that simple spectral models of the auditory periphery can predict cortical responses to natural sounds as well as complex biophysical models.

The paper introduces a dynamic network model to explain temporal receptive fields in auditory cortex neurons, showing it can match performance of models with longer time delays.