Aurelio Cortese

The paper investigates self-attribution bias in error assignment using a visuomotor task, finding that participants credit successes to skill and blame failures on luck, influenced by distorted self-perception and positivity bias.

The paper investigates how the brain prioritizes cue-based versus episodic fear memories over time and finds that anxiety alters this process.

The paper introduces C-DSA to analyze cognitive dynamics between internal and external attention, finding significant differences in emotion processing and associations with depression and anxiety severity.

This study shows dopamine reduces connectivity in hippocampal networks, leading to more diverse burst patterns in rat neurons.

This study uses real-time fMRI decoding to modulate pain-related brain patterns and shows that participants can down-regulate pain signatures, correlating with changes in perceived pain intensity.

This study investigates how fear is processed in the brain by analyzing hemodynamic activity patterns in the ventral visual stream and prefrontal cortex in response to animal images.

This study shows that valuation of sensory features drives abstraction during learning, with value signals in the ventromedial prefrontal cortex guiding behavior and decision-making.

The paper investigates how scanning factors affect brain network dynamics in multi-site fMRI data and identifies factors that influence variability in subject-specific dynamical patterns.

The paper links perceptual confidence to false color detection using decoded neurofeedback and fMRI.

The paper shows that humans can use implicit metacognition to make decisions based on unconscious brain states, outperforming current AI in high-dimensional tasks.

This paper introduces a method to reprogram unconscious fear responses in the human brain using fMRI decoding and monetary reward, showing reduced physiological fear responses in a double-blind study.