I understand that you can’t share the data for ethical reasons. Do you think you could easily redo the analysis for each frequency bands? It’s orthogonal to your question, but I’d love to test the following hypothesis: speaker/listener alignement increase with frequency band (from peak alpha to 2, 4, 8 and 16 time this frequency). That’s a prediction from imagining a simpler brain where alpha means « ready for sensory input », beta means « working on that » and gamma means « I found it! », with the higher gamma the more confident in the solution (say at p<.05, .01, .001).
Congrats for this wonderful data collection!
I understand that you can’t share the data for ethical reasons. Do you think you could easily redo the analysis for each frequency bands? It’s orthogonal to your question, but I’d love to test the following hypothesis: speaker/listener alignement increase with frequency band (from peak alpha to 2, 4, 8 and 16 time this frequency). That’s a prediction from imagining a simpler brain where alpha means « ready for sensory input », beta means « working on that » and gamma means « I found it! », with the higher gamma the more confident in the solution (say at p<.05, .01, .001).
Just to clarify, I am not one of the authors of the linked study.