Philipp Sterzer

The paper shows that baseline activity of V1 interneurons mediates the relationship between pupil-linked arousal and engaged behavioral state in mice and humans.

This study shows that NMDA receptor blockade reduces history-dependent biases in perceptual decisions, while GABA-A enhancement increases within-trial evidence transience.

This paper investigates how NMDAR hypofunction affects perceptual inference modes and links it to schizophrenia.

The paper investigates neural correlates of perceptual conflicts with temporal and spatial context during bistable perception using fMRI, finding common prediction error signals in the anterior insula and other regions.

This study shows that ischemic lesions in the right inferior frontal cortex reduce perceptual changes during ambiguous visual tasks, supporting its role in conscious perception.

The paper shows that non-stimulated regions in early visual cortex contain information about conscious visual perception using fMRI and multivoxel pattern analysis.

Humans and mice alternate between external and internal modes of sensory processing, with computational models showing these fluctuations are driven by time-integrated inputs and anti-phase oscillations between sensory and predictive signals.

The paper provides evidence that inferior frontal cortex detects and resolves perceptual conflicts during bistable perception.

The paper investigates whether overly strong priors for socially meaningful visual signals are associated with psychosis proneness by measuring face and gaze detection in healthy individuals.

This paper introduces a confidence-based reinforcement learning model that enables self-reinforced perceptual learning without external feedback by using confidence prediction errors to guide network fluctuations.