ERPs

Neural correlates of temporal processing in humans

Estimating intervals is essential for adaptive behavior and decision-making. Although several theoretical models have been proposed to explain how the brain keeps track of time, there is still no evidence toward a single one. It is often hard to compare different models due to their overlap in behavioral predictions. For this reason, several studies have looked for neural signatures of temporal processing using methods such as electrophysiological recordings (EEG). However, for this strategy to work, it is essential to have consistent EEG markers of temporal processing. In this talk, I'll present results from several studies investigating how temporal information is encoded in the EEG signal. Specifically, across different experiments, we have investigated whether different neural signatures of temporal processing (such as the CNV, the LPC, and early ERPs): 1. Depend on the task to be executed (whether or not it is a temporal task or different types of temporal tasks); 2. Are encoding the physical duration of an interval or how much longer/shorter an interval is relative to a reference. Lastly, I will discuss how these results are consistent with recent proposals that approximate temporal processing with decisional models.

Experiencias de fomento de la investigación en ciberpsicología y neurociencias con hardware abierto: El caso de Cybermind Lab en Perú

Uncovering the temporal dynamics of scene understanding using Event-Related Potentials

LEARNING AUDITORY ODDBALL PARADIGMS IN RATS USING HUMAN-RELEVANT FREQUENCIES: BEHAVIORAL PERFORMANCE AND THALAMIC ERPS

FENS Forum 2026

DO THE COGNITIVE EFFECTS IN THE ODDBALL TASK MEASURED USING EVENT-RELATED POTENTIALS (ERPS) MAP WHEN SWITCHING FROM THE STANDARD SCREEN-BASED PARADIGM TO THE VR ENVIRONMENT?

FENS Forum 2026

Temporal and Spectral ERPs Biomarkers in Early Stages of Dementia