HIGHLIGHTS
SUMMARY
One of the methodological arguments that has been discussed with regard to animal electrophysiological data (Rieke et_al, 1995; Theunissen et_al, 2000) has a striking resemblance to an assertion occurring in the recent discussions on human "naturalistic neuroimaging" (Sonkusare et_al, 2019; Hamilton and Huth, 2020; Nastase et_al, 2020a; Jääskeläinen et_al, 2021): the controlled stimulus may be too uninteresting for living animals, even for sensory neurons. Components that are uniquely responsive to speech and music (or their unique acoustic structures) found in human fMRI, electrocorticogram (ECoG), and electroencephalogram (EEG) data (Norman-Haignere et_al, 2015 . . .
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