Linking sensory-evoked traveling waves to underlying circuit patterns is critical to
understanding the neural basis of sensory perception. To form this link, we performed …

Traveling waves of activity are a prevalent phenomenon within neural networks of diverse
brain regions and species–, and have been implicated in myriad brain functions including …

When the hand touches a surface, the resulting contact elicits skin oscillations that are
biomechanically transmitted throughout the hand–, driving responses in an extensive …

Sensory processing is distributed among many brain regions that interact via feedforward
and feedback signaling. Neuronal oscillations have been shown to mediate intercortical …

Primary sensory cortex discriminates incoming sensory information and generates multiple
processing streams toward other cortical areas. However, the underlying cellular …

Investigations of the mechanisms of touch perception and decoding has been hampered by
difficulties in achieving invariant patterns of skin sensor activation. To obtain reproducible …

Using ultra-high field 7 Tesla (7T) functional magnetic resonance imaging (fMRI), we map
the cortical and perceptual responses elicited by intraneural microstimulation (INMS) of …

Sensory information is coded in space and in time. The organization of neuronal activity in
space maintains straightforward relationships with the spatial organization of the perceived …

Cortical traveling waves, or global patterns of activity that extend over several centimeters of
the cortical surface, are a key mechanism for guiding the spatial propagation of neural …

Sensory cortical areas are organized into topographic maps representing the sensory
epithelium. Interareal projections typically connect topographically matched subregions …