Growing evidence shows that theta-band (4–7 Hz) activity in the auditory cortex phase-locks to rhythms of overt speech. Does theta activity also encode the rhythmic dynamics of inner speech? Previous research established that silent reading of direct speech quotes (e.g., Mary said: “This dress is lovely!”) elicits more vivid inner speech than indirect speech quotes (e.g., Mary said that the dress was lovely). As we cannot directly track the phase alignment between theta activity and inner speech over time, we used EEG to measure the brain's phase-locked responses to the onset of speech quote reading. We found that direct (vs. indirect) quote reading was associated with increased theta phase synchrony over trials at 250–500 ms post-reading o...
Language is ingrained in our thought process and consciousness. It takes several forms, of which spe...
Contains fulltext : 54766.pdf (publisher's version ) (Open Access)Oscillatory neur...
Speech elicits brain activity time-locked to its amplitude envelope. The resulting speech-brain sync...
Growing evidence shows that theta-band (4–7 Hz) activity in the auditory cortex phase-locks to rhyth...
Growing evidence shows that theta-band (4–7 Hz) activity in the auditory cortex phase-locks to rhyth...
Growing evidence shows that theta-band (4-7Hz) activity in the auditory cortex phase-locks to rhythm...
First published: 24 April 2019Low- and high-frequency cortical oscillations play an important role i...
This psychoacoustic study provides behavioural evidence that neural entrainment in the theta range (...
This psychoacoustic study provides behavioral evidence that neural entrainment in the theta range (3...
Recent hypotheses on the potential role of neuronal oscillations in speech perception propose that s...
Audiovisual speech perception relies, among other things, on our expertise to map a speaker's lip mo...
How speech prosody is processed in the brain during language production remains an unsolved issue. T...
Current hypotheses suggest that speech segmentation-the initial division and grouping of the speech ...
Copyright Whitford et al. This article is distributed under the terms of the Creative Commons Attrib...
© 2020 Published by Elsevier Inc. This is an open access article under the CC BY-NC-ND license (http...
Language is ingrained in our thought process and consciousness. It takes several forms, of which spe...
Contains fulltext : 54766.pdf (publisher's version ) (Open Access)Oscillatory neur...
Speech elicits brain activity time-locked to its amplitude envelope. The resulting speech-brain sync...
Growing evidence shows that theta-band (4–7 Hz) activity in the auditory cortex phase-locks to rhyth...
Growing evidence shows that theta-band (4–7 Hz) activity in the auditory cortex phase-locks to rhyth...
Growing evidence shows that theta-band (4-7Hz) activity in the auditory cortex phase-locks to rhythm...
First published: 24 April 2019Low- and high-frequency cortical oscillations play an important role i...
This psychoacoustic study provides behavioural evidence that neural entrainment in the theta range (...
This psychoacoustic study provides behavioral evidence that neural entrainment in the theta range (3...
Recent hypotheses on the potential role of neuronal oscillations in speech perception propose that s...
Audiovisual speech perception relies, among other things, on our expertise to map a speaker's lip mo...
How speech prosody is processed in the brain during language production remains an unsolved issue. T...
Current hypotheses suggest that speech segmentation-the initial division and grouping of the speech ...
Copyright Whitford et al. This article is distributed under the terms of the Creative Commons Attrib...
© 2020 Published by Elsevier Inc. This is an open access article under the CC BY-NC-ND license (http...
Language is ingrained in our thought process and consciousness. It takes several forms, of which spe...
Contains fulltext : 54766.pdf (publisher's version ) (Open Access)Oscillatory neur...
Speech elicits brain activity time-locked to its amplitude envelope. The resulting speech-brain sync...