Yurii A. Vlasov

The paper shows that neural activity in primary somatosensory cortex collapses to a single latent variable during sensory evidence accumulation, consistent with drift-diffusion decision models.

The paper shows that a small subpopulation of neurons in layer 4 of a single cortical barrel in wS1 drives perceptual decisions during whisker-guided navigation in mice.

The paper investigates how whisker vibrations encode haptic information in rodents, revealing that high-frequency vibrational modes generate time-sequenced spike trains with high information capacity.

The paper introduces a machine learning model to infer dynamic connectivity from spiking activity data, revealing cellular-level interactions in visual cortices during sensory stimulation.