Jonas Misselhorn

This study uses delta tACS to investigate how phase-specific modulation of brain oscillations affects temporal prediction accuracy in a unimodal task.

This study uses tACS to modulate alpha oscillations in premotor cortex and shows it affects visual contrast perception by altering psychometric slope parameters.

The paper applies personalized alpha-tACS to the left parietal cortex and finds it enhances left hemifield attention and reduces posterior EEG lateralization.

This study shows that tACS applied to the occipital region modulates brightness perception of flickering light based on the phase shift between stimulation and neural activity.

The paper finds that sensory capability and information integration independently predict cognitive status in healthy older adults, with tACS enhancing task performance more in older adults.

This study investigates how the phase of transcranial alternating current stimulation (tACS) affects visually evoked steady state responses (SSRs) in humans, finding that phase shifts modulate SSR amplitudes and that optimal timing depends on neural conduction times.

This study investigates whether multisensory communication relies on gamma oscillation synchronization, finding that congruent stimulus matching is associated with weaker gamma coherence and that tACS can modulate this process.

This study shows that transcranial alternating current stimulation (tACS) can modulate long-range cortical connectivity, with effects dependent on the phase relationship between hemispheres.

This study investigates how attention modulates cross-modal matching by analyzing alpha and gamma oscillations in EEG data during a multisensory task.

This study examines how tACS to secondary motor areas affects cortical oscillations in stroke patients, finding weak modulations in task-related connectivity metrics.

The paper develops a trimodal matching paradigm to study how attention and crossmodal congruence affect multisensory integration, finding that congruence can enhance or impair performance depending on attentional focus.