Lutz Jäncke

The paper compares three WMH segmentation algorithms on MRI data, finding BIANCA and UBO Detector outperform FreeSurfer in accuracy and correlation with Fazekas scores.

This study investigates the causal role of the left DLPFC in pitch labeling for absolute pitch by using transcranial stimulation and finds that AP possessors show interference effects and performance changes under stimulation.

The paper investigates how musical expertise affects brain networks, finding robust effects of musicianship but no significant impact of absolute pitch.

This study investigates auditory aversion in absolute pitch possessors, finding they show impaired performance and delayed neural responses to mistuned musical primes paired with pleasant pictures.

This study investigates differences in resting-state EEG brain networks between absolute pitch musicians and non-AP musicians using ROI-based and whole-brain analyses.

This study uses EEG to show that absolute pitch musicians have higher neural representational similarity during late pitch processing compared to relative pitch musicians.

This fMRI study shows that refreshing and elaboration are distinct neural processes with different impacts on working memory and long-term memory.

This study compares neural activity in AP and RP musicians during pitch processing tasks, finding differences in brain regions associated with memory and auditory processing.

The paper describes a collaborative neuroimaging initiative that brought together researchers to analyze 10,000+ MRI connectivity datasets and released 8,000+ MRI connectome maps.

This study attempts to replicate findings on absolute pitch-specific brain activity in musicians but finds no evidence for an absolute pitch-specific negativity.