Temporal response function analyses reveal that avalanche activity reliably encodes both speech and music stimuli, even under extreme data sparsification, and demonstrate that neuronal avalanches provide a computationally efficient framework for studying cognition in naturalistic settings.
Matteo Neri, C. Runfola, P. Guilleminot et al.· Imaging neuroscience· 0 citations
The temporal structure of speech has traditionally been characterized by the rhythmicity of its canonical linguistic units (phonemes, syllables, words), each summarized by a mean occurrence rate. While valid, this view overlooks whether speech carries a finer, context-dependent and probabilistic temporal structure that...
Laure Deyna, Philippe Albouy, Agnès Trébuchon et al.· bioRxiv· 1 citation
Analysis of the neural correlates of minutes-scale memorability using intracranial EEG recordings from nine patients with epilepsy performing a musical memory task reveals complementary neural mechanisms through which statistical structure shapes musical sequence memory, clarifying how the brain encodes complex, ecolog...
Mathieu Pham Van Cang, Paul Robert, Manuel R Mercier et al.· bioRxiv· 0 citations
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