Peter König B

The paper tests whether clutter disrupts spatial tuning of object representations in human visual cortex by measuring brain signals during object viewing with and without clutter.

This study uses gaze graphs from eye-tracking data during virtual reality exploration to identify predictors of individual differences in spatial navigation performance.

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 study identifies low-dimensional visuomotor coordination patterns in natural driving behavior, showing they simplify during critical events and distinguish driving modes.

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 the timing of sensory information readout in visual perception and iconic memory, finding that cue presentation before stimulus offset is necessary to access full sensory information.

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 paper reviews studies using virtual reality and real-world setups to investigate approach-avoidance bias, highlighting methodological diversity and challenges in ecological validity.

The paper shows that neural responses during natural vision are better explained by saccade-related events than by fixation onsets, challenging traditional stimulus onset paradigms.

This study investigates gaze behavior during novel tasks, finding that humans use just-in-time planning rather than relying on working memory for action sequencing.

This study identifies three stages of learning to use a sensory augmentation device: activation, acquisition, and integration, using self-report data and LLM analysis.

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.

The paper analyzes visuomotor coordination in natural behavior by reducing movement data to low-dimensional representations, revealing synergistic coupling and predictive accuracy of actions before onset.

This study shows that six weeks of training with the feelSpace belt improves spatial knowledge acquisition in a virtual city, particularly in survey and route knowledge tasks.

This study examines how action affordance realism affects eye movement patterns during goal-oriented tool interaction in virtual environments.

This paper introduces a graph-theoretical method to analyze eye tracking data in VR to identify and assess the function of landmarks in spatial navigation.

This study conducts a systematic review and meta-analysis of fNIRS hyperscanning studies on cooperation, finding significant inter-brain synchrony in prefrontal and temporoparietal regions.

This study examines how coordinating with a robot partner affects neural processing related to action monitoring, finding differences in EEG patterns compared to human-human interactions.

This study uses a naturalistic free viewing paradigm to reveal new EEG signatures of face processing with reduced subject variability compared to traditional methods.

This study uses a network model with spike-timing-dependent plasticity to explain EEG connectivity changes after dual-site tACS and shows effects depend on tACS frequency and conduction delays.

This study uses an approach-avoidance task to prime emotional states and examines its effect on eye movements during free-viewing of web page images, finding increased attention to images after congruent bodily actions.

This study compares spatial knowledge acquisition through virtual reality exploration and map exploration, finding differences in accuracy for direction judgment versus cardinal directions and relative orientation.

This study investigates the role of alpha-band activity in tactile-spatial transformations and finds it does not mediate tactile remapping or fast overt orienting behavior.

The paper introduces a network perturbation method to study dynamic pathway switching in the human brain using phase offsets and coupling delays, finding 60.1% of node pairs can switch communication pathways.

The paper replicates a study on collective perceptual decision-making and identifies neurophysiological correlates using EEG, showing error-monitoring components integrate conflicting information during joint decisions.

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.