| Exposure Level | Field Strength (at 2 cm depth) | Behavioral Effect | |----------------|-------------------------------|-------------------| | Low (0.5 mT) | <5 V/m | Mild paresthesia, slowed reaction time | | Medium (1.2 mT) | 15–20 V/m | Loss of fine motor control, speech arrest | | High (2 mT) | 35 V/m | Generalized atonia, unresponsiveness (consciousness intact but efferent blockade) | | Prolonged (>10 sec) | >2 mT | Risk of seizure induction (due to paradoxical hyperexcitability after block) |
Report ID: XBIO-2091-CMOS Subject: Proof-of-concept for neural activity negation via complementary metal-oxide-semiconductor (CMOS) interference Classification: Theoretical / Biophysical 1. Executive Summary The “CMOS De-Animator” is a speculative system designed to induce temporary or permanent cessation of voluntary motion and higher neural function in a biological subject. Unlike electrical weapons (e.g., tasers) that cause neuromuscular disruption via exogenous current, the De-Animator leverages clocked CMOS logic interference to create a localized, oscillating electromagnetic field that couples with endogenous bio-electric processes—specifically, the voltage-gated ion channels and action potentials in cortical and spinal motor circuits. cmos de-animator
For now, the device remains a compelling thought experiment at the intersection of semiconductor engineering and neurophysiology—a “silicon off-switch” for the motor will. Synthetic Biology & Neuromorphic Engineering Lab (Simulation) Date: April 14, 2026 Disclaimer: This report is a theoretical exercise. No actual human testing has occurred. | Exposure Level | Field Strength (at 2