Abstract

The Neural Reorganization: Plant Kingdom EEG Study explores the neural dynamics induced by the Monroe Institute's Hemi-Sync Inner Earth auditory protocol, with a focus on the Plant Kingdom session. This research employs a multiscale EEG analysis to examine neural reorganisation across multiple frequency bands—Theta, Alpha, Beta, and Gamma—and brain regions during auditory entrainment.

The study investigates spectral power dynamics, entropy measures, cross-frequency coupling, and state-space reorganisation to examine how auditory entrainment and environmental conditions influence brain activity. Different brain states are compared with eyes-closed and eyes-open baselines, with particular attention to power distribution, variability, and signal complexity.

Key findings from the study include:

  • Spectral shifts: The Plant Kingdom session demonstrates shifts in power distribution, particularly in high-frequency Beta and Gamma activity, with modulation observed between indoor and outdoor conditions.
  • Cross-frequency coupling: Increased phase-amplitude coupling between Theta and Gamma or Beta bands indicates interaction among frequency bands during environmental shifts.
  • Reorganisation velocity: State-space flux analysis highlights dynamic reconfiguration rates, with indoor and outdoor environments producing different neural-state transition patterns.
  • Entropy and temporal stability: Stability metrics suggest that neural states evolve differently across indoor and outdoor settings, fluctuating between stable and reconfigured states.