Amir Amedi

The paper shows that audio-tactile speech training enhances specific brain connectivity patterns in resting-state functional MRI.

This study uses EEG to show that visual cortices are the earliest site of face and letter sensitivity when conveyed via sensory substitution devices in congenitally blind individuals.

This study compares real-time haptic and visual heartbeat feedback to enhance interoceptive awareness, finding haptic feedback improves accuracy, confidence, and user satisfaction.

This study shows that audio-tactile speech training improves speech understanding in noise and activates brain regions similar to those used in audio-visual speech processing.

The paper shows that individual patterns of visual cortex reorganization in blindness are stable over two years and can be used to decode participant identity.

The paper investigates how proprioception influences tactile reference frame selection when visual input is absent, finding that proprioceptive inputs can be overridden by novel inputs after posture changes.

The paper investigates how visual and non-visual navigation recruit retinotopic brain regions, showing that these regions can be used for navigation even without vision, and that visual experience is not required for this recruitment.