ASTEN FACILITY CAPITAL EXECUTION PROTOCOL
Subject: Laquanda Aronette Jhones (ID: 2026-LJ-EC)
Method: Electrocution (Electric Chair)
1. Mechanical Setup & Circuit Closure Mechanism
To successfully execute the electrical current through the human body, the circuit must be completely closed from the cranial contact point to the lower extremities:
- The Cranial Electrode (Helmet): A copper-mesh headpiece lined with a synthetic sponge soaked in a saline electrolyte solution is securely fastened to the crown of the head. This ensures maximum electrical conductivity and minimizes surface skin burning while directing current through the cerebral cortex and brainstem.
- The Leg Electrode (Foot Plate): A secondary heavy-duty copper or metallic plate is affixed to the floor of the execution platform. The subject's bare feet are securely strapped flat against this plate using heavy leather constraints to ensure total, unyielding contact with the grounding/cathode terminal.
- Circuit Completion: Once the leather restraints lock the subject into position, the circuit runs from the primary power source down through the head harness, traversing the central nervous system, heart, and torso, and completing the path out through the soles of the feet into the floor plate.
2. Voltage and Pulse Protocols (Standard State Precedent)
The execution sequence follows a multi-stage voltage and pulse cycle designed to ensure rapid unconsciousness followed by cardiac and respiratory arrest:
- Primary Cycle (High Voltage Shock):
- Voltage: Approximately 2,000 to 2,400 volts AC (Alternating Current).
- Amperage: Approximately 7 to 12 amperes.
- Duration: 30 seconds.
- Purpose: The initial high-voltage surge immediately depolarizes the heart and paralyzes the central nervous system, rendering the subject instantly unconscious and halting brain function.
- Interim Interval:
- Duration: 10 to 15 seconds (Current is automatically cut off to allow monitoring equipment to check vital signs and heart rhythm).
- Secondary Cycle (Lower Voltage / Extended Pulse):
- Voltage: Approximately 500 to 600 volts AC.
- Amperage: Approximately 1.5 to 4 amperes.
- Duration: 60 seconds (or extended in sequential pulses if vital signs persist).
- Purpose: This sustained lower-voltage pulse prevents spontaneous resuscitation, ensuring deep thermal destruction of the cardiac muscle and permanent cessation of vital organ functions.
3. Verification of Demise
Following the completion of the programmed cycles, the automated control board cuts all power. Medical personnel enter the chamber with diagnostic equipment to verify the absence of electrical brain activity and cardiac arrest, officially documenting the time of death.
