Peng Wang

This study presents a computational model of the motor pathway that reproduces individual MEP waveforms and reveals the critical role of spinal recurrent inhibition in shaping their temporal structure.

The paper compares detection of visuomotor incongruence through spatially matched delays and offsets, finding similar perceptual thresholds during execution and better offset detection during active movement.

The paper investigates how oscillatory brain activity changes with varying feedback delays in a visuomotor task, finding delay-dependent modulations in beta and theta oscillations and their coupling with movement signals.

This study tests if occipital tACS at alpha or beta frequencies affects manual performance or fixation variability during visuo-proprioceptive conflict, finding no effect on performance but reduced fixation variability with beta-tACS.

The paper models auditory evoked responses in non-human primate auditory cortex using LFP data to identify cell-type specific contributions to neural dynamics across cortical layers.

The paper investigates how phonological features of spoken word-forms modulate auditory N1 repetition-attenuation, finding that low-frequency pseudo words show greater attenuation than other conditions.

This study develops a spatially-heterogeneous circuit model to simulate brain activity dynamics, showing that anatomical and functional gradients are essential for generating realistic static and dynamic functional connectivity patterns.

The paper develops a computational model of sequence learning using neural oscillators and compares it to human behavioral results, showing good agreement in error rates across sequence complexities.

This study identifies functional brain networks using EEG source connectivity in multisensory processing and shows phase delays predict task performance.