these findings suggest a framework where phase-amplitude CFC parses neuronal computation into discrete chunks of activity that are ideal for attention, learning, and memory, and that these multi-scale building blocks are entrained to both rhythmic, external sensory and motor activity as well as the internal fronto-limbic activity associated with motivation, decision making, and memory. In conclusion, evidence of a functional role of phase-amplitude CFC in regulating multi-scale networks continues to accumulate, and promises an interesting avenue for future research.
