UCTORI-EFCV-P7: The Neurophysiological Signature of Informational Rebalancing — A Positive7 Multirecord Test of Perturbation, Closure and Return
Zenodo (CERN European Organization for Nuclear Research) July 6, 2026 Javier Jerez Fernández
This work tests whether MCAP events in seven neurophysiological records show a measurable signature of perturbation, closure, and return compared to matched OFF periods. Using the Positive7 package, it analyzes whether the initial discrepancy DeltaC0 distinguishes MCAP events from controls, interpreted as a dynamic process of informational rebalancing. Results show a positive multirecord signal: all seven records present a direction compatible with DeltaC0(MCAP) > DeltaC0(control), based on 1882 analyzed MCAP events. The UCTORI-EFCV framework explains more dimensions of the data than IIT-like and GNWT-like approaches in this specific task, ranking ahead in six out of seven cases. The work opens a reproducible empirical path for testing the ORI hypothesis, inviting the scientific community to apply the code to larger cohorts.