Michael Wibral

This study uses multivariate transfer entropy to analyze real-time social information transfer during perceptual decision-making in dyadic interactions.

This paper introduces a continuous-time estimator of Transfer Entropy for spike trains, demonstrating its effectiveness in inferring effective neuronal networks and outperforming existing methods.

The paper investigates predictive coding strategies in cortex by analyzing information transfer and predictability using human and mouse data, finding that predictable information is predominantly encoded.

This study shows that external cues improve visual working memory in schizophrenia when salient distractors are present, suggesting preserved top-down attention guidance despite attentional control deficits.

This study identifies frequency-specific top-down modulation in the right inferior frontal gyrus (rIFG) during emotion-cognition interaction using EEG and source reconstruction in a large human cohort.

This paper introduces a spectrally-resolved measure of active information storage to analyze how anesthesia affects cortical information processing, finding frequency- and layer-specific changes in information storage.

The paper extends significant subgraph mining to compare graphs with dependent processes and applies it to detect connectivity differences in autism spectrum disorder using resting state MEG data.

This paper quantifies changes in information flow during neural development using dissociated cell cultures and finds early lock-in of spatial structure and computational roles.

This paper introduces a method to quantify history dependence in neural spiking activity, revealing that its strength and timescale vary across brain regions and experimental conditions.

This study investigates age-related changes in perceptual priors using MEG and dynamic causal modelling, finding older adults show increased reliance on cross-modal predictive templates during multisensory illusions.

This study compares perceptual thresholds in schizophrenia patients, synesthetes, and controls to explore differences in how sensory evidence and prior knowledge influence perception.

This study investigates the functional roles of rIFG and pre-SMA in response inhibition using MEG/fMRI, finding rIFG precedes pre-SMA activity and drives connectivity predicting stopping performance.

The paper introduces a method to measure frequency-specific information transfer in neural systems and finds complex spectral patterns in human MEG and ferret brain recordings.

The paper uses information theory to show that prior knowledge about faces is represented in low-frequency brain activity during face detection tasks.

This paper identifies methodological issues in cross-frequency coupling analysis and offers recommendations to improve its interpretability without solving all problems.