We review the aspects that uniquely characterize magnetoencephalography (MEG) among
the techniques available to explore and resolve brain function and dysfunction. While …

We present both a scientific overview and conceptual positions concerning the challenges
and assets of electrophysiological measurements in the search for the nature and functions …

Electroencephalography source imaging (ESI) is a useful technique to localize the
generators from a given scalp electric measurement and to investigate the temporal …

Magnetoencephalography (MEG) and electroencephalography (EEG) allow functional brain
imaging with high temporal resolution. While solving the inverse problem independently at …

The frontoparietal network is involved in multiple tasks, such as visual mental rotation,
working memory, or arithmetic. Whether those different cognitive processes are supported …

In the approach of frequency tagging, stimuli that are presented periodically generate
periodic responses of the brain. Following a transformation into the frequency domain, the …

Rhythmic visual stimulation (“flicker”) is primarily used to “tag” processing of low-level visual
and high-level cognitive phenomena. However, preliminary evidence suggests that flicker …

Alpha oscillations are known to play a central role in the functional inhibition of visual
cortices, but the mechanisms involved are poorly understood. One noninvasive method for …

EEG and MEG have excellent temporal resolution, but the estimation of the neural sources
that generate the signals recorded by the sensors is a difficult, ill-posed problem. The high …

Magnetoencephalography (MEG) is used in clinical and fundamental studies of brain
functions, primarily for the excellent temporal resolution it provides. The spatial resolution is …