Debora Nolte

The paper investigates whether neural responses to saccades and blinks are similar by analyzing EEG and eye-tracking data from real-world visual exploration.

The paper investigates the relationship between visual sampling and spatial navigation in a virtual city, finding a strong coupling between locomotion and gaze dynamics.

This paper demonstrates a mobile eye-tracking study in an urban environment and provides best practices for naturalistic human behavior research.

This study shows that incongruent human agents in a virtual environment increase gaze variability and improve spatial recall through more flexible visual exploration.

This study uses EEG to examine neural correlates of approach-avoidance bias in a non-clinical population, finding early visual processing and motor preparation effects but no significant condition differences.

The paper investigates EEG signatures of face perception during free-viewing in VR, finding that saccade-onset ERPs provide more precise measurements than fixation-onset ERPs.

This study examines how human agents affect spatial navigation and knowledge acquisition in a virtual environment, finding that agents influence local attention and navigation accuracy.

This study combines EEG and eye-tracking in virtual reality to generate fixation-onset ERPs and ERSPs, showing they are less time-sensitive and better suited for naturalistic EEG studies.

This study investigates how spatial knowledge is acquired through map learning in a virtual city, finding that single sessions improve knowledge of house orientations but repeated sessions are needed for relative positioning tasks.