Article

Repetition effects reveal the sub-sequence representation of actions

2024-08-07

Abstract excerpt

When a movement sequence is repeated, the second execution is faster than the first. This demonstrates that the brain retains some trace of the just-executed sequence, the earliest form of sequence memory. Currently, it is unclear whether this memory trace is represented at the level of (a) transitions between movements, (b) chunks of multiple movements, or (c) the entire sequence. To answer this question, we inst...

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Literature Corpus work: d35bead7-d788-545b-a930-c45f1dab6bdf
DOI: 10.1101/2024.08.07.607016

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