MEG and BOLD fMRI are both related to post-synaptic activity, but not all components of the
MEG appear to be equally reflected by the BOLD response. To evaluate potential BOLD …

Non-invasive electrical stimulation methods, such as transcranial alternating current stimulation
(tACS), are increasingly used in human neuroscience research and offer potential new …

Objective The neurophysiological dynamics of the occurrence of a stuttering event are largely
unknown. This sensor-level EEG study investigated whether already the intention to speak …

The auditory system is often considered to show little contralateral dominance but physiological
reports on the contralateral dominance of activity evoked by monaural sound vary widely…

In this study, ordinal pattern analysis and classical frequency-based EEG analysis methods
are used to differentiate between EEGs of different age groups as well as individuals. As …

Human functional MRI (fMRI) and magnetoencephalography (MEG) studies indicate a pitch-specific
area in lateral Heschl's gyrus. Single-cell recordings in monkey suggest that …

The amplitude of prestimulus alpha oscillations over parieto-occipital cortex has been shown
to predict visual detection of masked and threshold-level stimuli. Whether alpha activity …

Columnar biosensors are a new type of electromechanical sensors which can be mass
produced, allow easy quantification of the sensor signal, and have a relatively high Q factor. To …

MEG and BOLD fMRI are both valuable non-invasive methods used to investigate neuronal
functionalities of sensory systems and cognitive processes in the brain. On the one hand, …

MEG is a strong tool for cognitive hearing research, because it allows for studying the brain's
function in silence and with high temporal precision. However, MEG's ability to clearly …