Jakob C. B. Schwenk

This paper introduces TWINDEX, a method for detecting and analyzing neural traveling waves in 3D spatiotemporal data, and applies it to ECoG and EEG data to identify alpha/low-beta waves with directional propagation.

This study examines age-related changes in alpha oscillations using EEG data, finding slowed peak frequency, reduced power, and altered spatiotemporal propagation in older adults.

This paper introduces a method to detect and quantify planar traveling waves in EEG data by fitting spherical wave models to spatial phase gradients.

The paper investigates how neural oscillations relate to predictive processing in visual statistical learning, finding that alpha-band traveling waves correlate with cognitive strategies rather than specific prediction mechanisms.

This study examines traveling wave dynamics during visual entrainment in neurotypical and autistic adults, finding increased forward waves in ASD, suggesting a bias toward bottom-up sensory signaling.

This paper presents a multi-scale network model of alpha-band traveling waves in the visual system, showing how forward and backward waves arise from distinct sub-networks and are influenced by pulvinar engagement.

This study investigates neural responses to broadband visual flicker in marmoset primary visual cortex, finding frequency-selective responses in awake animals that differ from human EEG studies.

The paper investigates how motion information of a target is encoded in the lateral intra-parietal area (LIP) of macaque monkeys to generate interceptive saccades, finding that individual neurons contribute to accuracy with a lag reduced by selecting motion-representing neurons.

This study uses visual perturbations to assess balance control in Parkinson's disease patients, finding impaired neuromuscular stability but intact visuomotor control.