Background The temporal structure of macroscopic brain activity displays both oscillatory and
scale-free dynamics. While the functional relevance of neural oscillations has been largely …

Multisensory interactions are ubiquitous in cortex and it has been suggested that sensory
cortices may be supramodal ie capable of functional selectivity irrespective of the sensory …

The analysis of scale-free (ie, 1/f power spectrum) brain activity has emerged in the last decade
since it has been shown that low frequency fluctuations interact with oscillatory activity in …

Previous studies have suggested that infraslow brain activity could play an important role in
cognition. Its scale-free properties (coarsely described by its 1/f power spectrum) are indeed …

The analysis of Human brain activity in magnetoencephalography (MEG) can be generally
conducted in two ways: either by focusing on the average response evoked by a stimulus …

Brain decoding techniques are particularly efficient at deciphering weak and distributed
neural patterns. Brain decoding has primarily been used in cognitive neurosciences to predict …

Transcranial magnetic stimulation TMS allows noninvasive brain stimulation by inducing locally
eddy currents generated by a coil located on the scalp. 1, 2 The combination of TMS and …

Magnetoencephalography (MEG) can map brain activity by recording the electromagnetic
fields generated by the electrical currents in the brain during a perceptual or cognitive task. …

Multisensory interactions are ubiquitous in cortex and question whether sensory cortices can
be distinctively supramodal ie, capable of functional selectivity irrespective of the sensory …

… Special mention to Thierry Géraud and Nicolas Sabouret for introducing me in the world of …
– that never invited me to her parties –, Nicolas Chauffert – what happens in Porquerolles... –, …