Jonathan W. P. Kuziek

This study examines how different urban traffic conditions affect EEG rhythms in cyclists using an auditory oddball task, finding increased N1 amplitude in heavy traffic.

This study uses an auditory oddball task during skateboarding to examine motor interference on cognitive resources, finding no modulation of P3 and tonic alpha amplitude with increased riding difficulty.

This paper validates the use of virtual reality for EEG research by comparing ERP responses in VR and traditional setups, finding comparable results and demonstrating a depth-based oddball task's effectiveness.

This study examines how environmental sounds affect auditory evoked potentials during cycling in different outdoor settings, finding increased N1 amplitude in noisy environments.

This study measures brain activity during an auditory oddball task with background noise, finding increased N1 and decreased P2 amplitudes with ecological sounds compared to silence and white noise.

This paper demonstrates that a Latte Panda computer can collect EEG data reliably and portably, comparable to a laptop, enabling more mobile EEG experiments.

This study measures auditory P3 during outdoor cycling using mobile EEG, finding similar ERP topography and morphology but with reduced amplitude and changes in P2 and N1 components.