Víctor de Lafuente

This study examines how grip type and force are represented in primate motor cortex during a grasping task, finding that grip type is more robustly encoded than force.

This study identifies a categorical decision signal in dorsal premotor cortex (DPC) during a vibrotactile categorization task, showing sustained activity across task phases and consistent responses across stimulus attributes.

The paper identifies distinct functional and anatomical roles of motor cortex projections to the red nucleus and pons in mice, showing differential contributions to motor performance.

The paper shows that primates internally maintain rhythms through widespread brain activity resembling a metronome, replaying sensory-motor engrams without external stimuli.

The paper investigates how humans discriminate between regular and irregular rhythms by accumulating timing-error signals from sensory pulses.

The paper investigates how humans integrate tactile information over time, finding that they accumulate sensory evidence up to 600 ms of a 1800 ms stimulus, favoring a bounded accumulation model over independent sampling.

The paper investigates how sucrose intensity is encoded and used for decision-making in rat gustatory cortices, finding that a few intensity-selective neurons convey most of the information.

This study investigates how the premotor cortex encodes and maintains rhythms and time perception in nonhuman primates during a visual metronome task.