Georg B. Keller

The paper demonstrates robust visuomotor mismatch responses in human occipital cortex using a virtual reality and wireless EEG setup, showing reversed polarity and higher signal power compared to visual and oddball mismatch responses.

This study shows that the psychedelic DOI reduces cortical network modularity by increasing functional influence between cortical domains in mice.

This study shows that electroconvulsive stimulation (ECS) in mice triggers cortical spreading depression (CSD), which increases Fos expression and is linked to positive ECT outcomes.

The paper distinguishes between two predictive processing variants in cortical function by analyzing functional influences between layers 2/3 and 5, constraining plausible algorithms.

A single dose of clozapine in mice causes long-term behavioral and functional changes in the cortex, lasting up to 9 days, affecting specific neuron subsets and inhibitory circuits.

The paper investigates serotonergic axon activity in visual and motor cortical areas in response to visuomotor coupling history, finding region-specific modulation without direct response to visuomotor mismatch.

The paper investigates how multimodal prediction errors in mouse auditory cortex are influenced by concurrent visuomotor mismatches, showing amplified responses when both auditory and visual feedback are mismatched.

This study quantifies hemodynamic occlusion effects in two-photon imaging and finds they can rival activity sensor signals and show spatial and behavioral variability.

This study shows that acetylcholine in mouse visual cortex signals locomotion state and enhances layer 5 neuron responsiveness to external inputs.

This study shows antipsychotic drugs reduce long-range correlations in deep cortical layers, affecting visuomotor integration in mice.

This paper challenges a previous claim that locomotion-induced gain explains visuomotor mismatch responses in mouse visual cortex by showing mismatch responses are experience-dependent and not explained by visual halt responses.

The paper shows that locus coeruleus (LC) axons broadcast prediction errors across the cortex, enhancing sensorimotor plasticity through optogenetic stimulation.

The paper shows that homeostatic regulation in neurons involves strengthening network-correlated synaptic inputs rather than sensory inputs during sensory deprivation.

The paper examines IEG expression patterns in mouse visual cortex after visual and visuomotor experiences, finding differential IEG expression linked to activity types.

The paper identifies transcriptionally distinct cell types in mouse visual cortex associated with positive and negative prediction error responses and validates them using genetic tools.

The paper develops viral tools for conditional and transneuronal gene expression in zebrafish to study neuronal circuits.

The study shows that NMDA receptor-dependent plasticity in V1 during early visual experience is critical for visuomotor integration and skill learning.

The paper shows that auditory stimuli can suppress visual responses in V1 after learning, mediated by cross-modal connections between auditory and visual cortices.

The paper shows that layer 2/3 neurons in mouse visual cortex compute differences between top-down motor input and bottom-up visual input, while infragranular neurons integrate these inputs.

The paper uses two-photon imaging in transgenic mice to study how IEG expression and neural activity change in CA1 during learning, finding a correlation between IEG levels and learning-related activity changes.