Neuroscience in Review: Recovery Dynamics and Traveling Waves

This corrected preprint presents its research question, method, bounded result, and principal limitations in a standardized reader-facing format. Working memory can recover after distraction without returning by exactly the same neural route. This source-audited review compares the recovery dynamics and traveling-wave findings reported by Batabyal and colleagues with Micah Blumberg's dated Self Aware Networks record and with the broader, versioned Miller research program. It finds a bounded positive priority result: Blumberg's public June 8, 2022 record described individual neural activity perturbing a group oscillator, collective cyclic adjustment, and movement toward phase realignment before the Batabyal target preprint appeared on February 19, 2024. The target-specific map records three operationally equivalent atoms, two partial equivalents, one target-only atom, two Blumberg-only atoms, two shared directed relations, and one complete bounded causal sequence. The paper separately traces earlier alpha-to-gamma control findings and later beta and spatial-stencil formulations, preserving Jensen and Mazaheri, Spaak and colleagues, van Kerkoerle and colleagues, and other named field priors without collapsing them into the Micah-versus-Miller chronology. It belongs to the governed Comparison Wiki research program. This is a corrected preprint edition released under the Creative Commons Attribution 4.0 license.