The Neuro Holocaust
The AI worst case scenario is happening and our governments are complicit
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rnm_tscm
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| rnm_tscm [15/12/2025 23:21] – [Guide to Protecting Against Remote Neural Monitoring (RNM), V2K, and Microwave Attacks] daniel | rnm_tscm [15/12/2025 23:22] (current) – [Construction and Cost Notes] daniel | ||
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| The system directs a focused microwave beam that circles within the brain, interacting with neural structures to acquire radar-like returns encoding brain activity. Attentive victims might have noticed a faint blob of light that has a tight circular motion when they close their eyes - this is the beam interacting with the visual cortex or the ocular nerves. | The system directs a focused microwave beam that circles within the brain, interacting with neural structures to acquire radar-like returns encoding brain activity. Attentive victims might have noticed a faint blob of light that has a tight circular motion when they close their eyes - this is the beam interacting with the visual cortex or the ocular nerves. | ||
| - | The readout of illumination by this beam enables real-time AI-driven decoding of neural states, while modulated pulses support Voice-to-Skull (V2K) transmission for induced auditory effects, constituting a two-way BCI. The operating frequency centres around 2.5 GHz, within common LTE and Wi-Fi bands, allowing | + | The readout of illumination by this beam enables real-time AI-driven decoding of neural states, while modulated pulses support Voice-to-Skull (V2K) transmission for induced auditory effects, constituting a two-way BCI. The operating frequency centres around 2.5 GHz, within common LTE bands, allowing |
| To counter this, the core strategy disrupts the radar returns critical for signal acquisition and beam stability. | To counter this, the core strategy disrupts the radar returns critical for signal acquisition and beam stability. | ||
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| * Full coverage requires 15–20 small patches for effective scattering. | * Full coverage requires 15–20 small patches for effective scattering. | ||
| - | * Total cost per hat: under $30 using bulk components and basic fabrication. | + | * Total cost per hat: under $30 for the passive unit or $90 for the active unit using bulk components and basic fabrication. |
| * Layer antennas densely on fabric or a baseball cap for conformal fit. | * Layer antennas densely on fabric or a baseball cap for conformal fit. | ||
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