Germán Mendoza

This study compares neural mechanisms for time perception in humans and monkeys, finding similar post-interval potentials and firing rate differences during time categorization tasks.

The paper investigates how rats categorize sucrose solutions from water using neural activity in the anterior insular cortex and orbitofrontal cortex, finding dynamic and sequential coding rather than static representations.

This study investigates how monkeys process rhythmic tapping using visual and auditory stimuli, finding that visual rhythms are more precisely followed and that neural dynamics share common features across modalities.

This study investigates how neural activity in the medial premotor cortex of macaques encodes time during interval categorization and rhythmic timing tasks, revealing distinct encoding strategies and neural clocks.

The paper shows that distinct beta frequencies in monkey dlPFC and preSMA reflect categorical decisions during a task with changing category boundaries.

This study identifies that the amplitude of periodic neural state trajectories in primate motor cortex encodes the tempo of rhythmic tapping, showing resilience to neuron count and accounting for interval timing properties.