Abstract: This paper reports the observation of statistically significant neural pattern convergence among human populations living within 500 meters of established Iowan Behemoth migration corridors in the greater GLMZ region. In plain language: people who live near the paths that Behemoths walk begin to think alike. Not metaphorically. Their neural activity patterns, as measured by BCI telemetry, converge toward a common template that is distinct from baseline population patterns and that increases in similarity with duration of exposure.

Our study analyzed anonymized BCI neural telemetry from 12,400 individuals across three population groups: a proximate group (residence within 500 meters of a migration corridor, n=4,100), a distal group (residence more than 5 kilometers from any corridor, n=4,100), and a control group matched for age, socioeconomic status, and BCI hardware version (n=4,200). Neural pattern similarity was measured using a standardized cross-correlation metric applied to resting-state recordings taken during sleep, when conscious cognitive variation is minimized.

The proximate group shows a mean pairwise neural similarity score of 0.71, compared to 0.34 for the distal group and 0.31 for the control group. This is an extraordinary finding. A similarity score of 0.71 is typically observed only between identical twins or between individuals who share a neural link — a direct BCI-to-BCI connection. The proximate population is not linked. They are not related. Many of them do not know each other. They simply live near the same paths, and their brains are converging.

The convergence is gradual. New residents of proximate areas show baseline similarity scores upon arrival, with measurable convergence beginning after approximately six months and reaching the population mean after two to three years. Residents who relocate away from corridors show a slow reversion toward baseline, though several long-term residents retain elevated similarity scores years after departure. We do not know the mechanism. The Behemoths are autonomous machines — they do not produce biological signals, neurochemical agents, or any known form of radiation that could affect neural tissue. And yet the effect tracks with Behemoth proximity, not with any other environmental variable we have tested. The machines walk their paths, and the people nearby slowly begin to share a mind.