Camile Maria Costa Corrêa

This paper introduces an automated method to measure respiratory interoception and metacognition using a computer-controlled apparatus.

The paper introduces a psychophysical task to measure cardiac interoceptive beliefs and finds they are biased, less precise, and linked to poorer metacognitive insight.

This study investigates how stimulus valence and arousal affect memory performance and metamemory, finding that negative valence reduces memory and confidence, and influences cardiac activity during recognition.

The paper shows that pupil dilation and slow wave ERP reflect surprise during decision-making under uncertainty, and that these signals are independent and depend on feedback awareness.

This study investigates how reward awareness affects reinforcement learning by combining computational modeling and EEG, showing that reduced reward visibility impairs learning but increases repetition of previous choices.