Santani Teng

This paper models human echolocation using a Kalman filter to simulate how blind individuals use echo feedback to estimate target location and adjust movements.

The paper studies how blind echolocation users use click-based sensory feedback to orient toward targets, finding that target size and click intensity influence orientation accuracy and speed.

This study investigates the spatiotemporal evolution of braille letter representations in blind and sighted readers using MEG and pattern analysis, finding slower processing and a transformation from peripheral to high-level representations in blind individuals.

This study investigates how the brain processes reverberation in auditory environments using EEG, identifying distinct neural stages for encoding and decision-making.

The paper investigates how the visually deprived brain transforms braille letter representations from sensory to perceptual formats, finding a temporal sequence and behavioral relevance in perceptual representations.

This study examines the neural and behavioral mechanisms of spatial information accumulation in human click-based echolocation using EEG, showing that experts integrate spatial cues over time.

This study reveals a hierarchical progression of category selectivity in sound processing by analyzing spatiotemporal dynamics using MEG and fMRI.

The paper shows face-selectivity in the lateral fusiform gyrus of congenitally blind individuals through haptic exploration, indicating visual experience is not required for this selectivity.