Zafeirios Fountas

The paper introduces a predictive processing model of time perception that incorporates memory, attention, and stimulus content, validated through experiments with 13,000 participants.

The paper simulates functional recovery from different lesion types using a generative model, showing that complete disconnection of a system invokes the alternative system, while partial damage has more severe long-term effects.

The paper reconstructs trial-by-trial subjective time estimates from visual cortex BOLD activity during naturalistic video viewing, showing it reflects subjective experience rather than clock time.

The paper investigates how intentional strength and motor costs influence changes of intention during decision-making, showing that stronger intentions reduce changes of intention, while higher motor costs increase them.

This study proposes a model of human time perception based on perceptual classification, showing that an artificial neural system can estimate duration by tracking salient activation changes in response to natural scenes.

This study uses a spiking neural model to show how cortical oscillations, dopamine, and time scales influence action selection in the basal ganglia, proposing the 'gearbox' hypothesis.