What question did this study set out to answer?

This research aims to investigate the relationship between N2 sleep-spindle windows and local meta-noetic phase space shifts.

May 12, 2026Open Access

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Sleep-Spindle-Rich Windows Are Associated With Local Meta-Noetic Phase-Space Shifts in N2 Sleep

Key Points

This research aims to investigate the relationship between N2 sleep-spindle windows and local meta-noetic phase space shifts.
Performed event-locked analysis using OpenNeuro ds005555 sleep EEG data.
Conducted matched-control tests and baseline contamination checks to validate findings.
Utilized spectral analysis to assess incremental validity of MNPS results.
Sleep spindle-rich N2 windows demonstrated significant association with local MNPS shifts, exceeding baseline levels.
Evidence supports a measurement-layer claim of local reconfiguration in MNPS patterns during spindle events.

Abstract

Event-locked analysis of OpenNeuro ds005555 sleep EEG testing whether N2 sleep-spindle windows show local Meta-Noetic Phase Space (MNPS) shifts. The release includes manuscript files, figures, event-locked MNPS/9D/MNJ analyses, matched-control tests, temporal nulls, baseline-contamination checks, and spectral incremental-validity results. Findings support a bounded measurement-layer claim: spindle-rich N2 windows are associated with reproducible local MNPS/9D reconfiguration beyond pre-event baseline and matched non-spindle controls.

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View Full Paper

Sleep-Spindle-Rich Windows Are Associated With Local Meta-Noetic Phase-Space Shifts in N2 Sleep

Key Points

Abstract

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