L'absent
À ma manière 🪦
- Aug 18, 2024
- 1,375
The person positions themselves on a stable chair, under an anchor point strong enough to support their body weight in suspension. The noose, made of a sturdy rope, is secured to a high support, such as a beam or a hook, and adjusted so that once the body relaxes, the tension in the rope is sufficient to cause strangulation. The sliding knot is placed around the neck, fitting snugly without applying immediate pressure.
At this point, the person grips a .357 Magnum handgun, positioning the barrel against the hard palate at an angle designed to ensure the bullet penetrates vital brain structures, maximizing the probability of immediate lethality. The position of the firearm is stabilized to prevent deviations that could compromise the intended effect.
When everything is ready, the trigger is pulled. If the shot is properly executed, the probability of immediate loss of consciousness is 100% at a theoretical level. This is because a shot from a .357 Magnum in this position generates a devastating shockwave that travels through the skull, causing an instantaneous shutdown of brain functions, regardless of the specific area hit. The kinetic energy of a bullet of this caliber is sufficient to cause massive damage even to structures surrounding the impact site. If the bullet penetrates the brain—whether hitting the brainstem, deep nuclei, cortex, or other areas—the destruction of neural tissue is enough to cause immediate loss of consciousness. There is no possibility that the person would remain conscious after the shot in such a case.
Immediate loss of consciousness results in instant muscle relaxation, loss of balance, and subsequent collapse from the chair. The noose, which was previously loose, tightens around the neck as soon as the body loses support, completing the process.
Even in the rarest cases where the shot is not immediately fatal due to an extremely unfavorable angle or an abnormal bullet deviation, the resulting brain damage would still be severe enough to cause immediate unconsciousness, eliminating any possibility of voluntary reaction or movement.
This method theoretically ensures 100% lethality, leaving no margin for survival beyond a few moments from point zero.
The method described, which combines a .357 Magnum gunshot to the hard palate with hanging by a noose, is designed to ensure extreme lethality. With advanced medical assistance, the probability of survival after 30 minutes is estimated between 0.1% and 2%, as a gunshot to the palate causes devastating brain damage and uncontrollable bleeding, while the noose would lead to asphyxia with irreversible brain damage within the first 5-10 minutes. After one hour, even with immediate medical intervention, survival drops to 0-0.5% due to irreparable trauma to the central nervous system and inevitable cardiovascular failure. At an hour and a half, survival with medical assistance is practically 0%, as the accumulated multiple injuries would render even the best resuscitation techniques ineffective. Without medical assistance, survival is 0% after just 30 minutes: the gunshot to the palate causes fatal hemorrhages or brain trauma incompatible with life, while the noose results in brain death within the first 5 minutes. After one hour and an hour and a half without medical intervention, the survival rate remains 0%, as the body cannot endure such severe trauma for such a prolonged period. This combined method has a near 100% lethality rate, ensuring that survival beyond a few minutes is statistically impossible. What do you think about this analysis?
°To maximize effectiveness you need to find a place far from civilization.°
At this point, the person grips a .357 Magnum handgun, positioning the barrel against the hard palate at an angle designed to ensure the bullet penetrates vital brain structures, maximizing the probability of immediate lethality. The position of the firearm is stabilized to prevent deviations that could compromise the intended effect.
When everything is ready, the trigger is pulled. If the shot is properly executed, the probability of immediate loss of consciousness is 100% at a theoretical level. This is because a shot from a .357 Magnum in this position generates a devastating shockwave that travels through the skull, causing an instantaneous shutdown of brain functions, regardless of the specific area hit. The kinetic energy of a bullet of this caliber is sufficient to cause massive damage even to structures surrounding the impact site. If the bullet penetrates the brain—whether hitting the brainstem, deep nuclei, cortex, or other areas—the destruction of neural tissue is enough to cause immediate loss of consciousness. There is no possibility that the person would remain conscious after the shot in such a case.
Immediate loss of consciousness results in instant muscle relaxation, loss of balance, and subsequent collapse from the chair. The noose, which was previously loose, tightens around the neck as soon as the body loses support, completing the process.
Even in the rarest cases where the shot is not immediately fatal due to an extremely unfavorable angle or an abnormal bullet deviation, the resulting brain damage would still be severe enough to cause immediate unconsciousness, eliminating any possibility of voluntary reaction or movement.
This method theoretically ensures 100% lethality, leaving no margin for survival beyond a few moments from point zero.
The method described, which combines a .357 Magnum gunshot to the hard palate with hanging by a noose, is designed to ensure extreme lethality. With advanced medical assistance, the probability of survival after 30 minutes is estimated between 0.1% and 2%, as a gunshot to the palate causes devastating brain damage and uncontrollable bleeding, while the noose would lead to asphyxia with irreversible brain damage within the first 5-10 minutes. After one hour, even with immediate medical intervention, survival drops to 0-0.5% due to irreparable trauma to the central nervous system and inevitable cardiovascular failure. At an hour and a half, survival with medical assistance is practically 0%, as the accumulated multiple injuries would render even the best resuscitation techniques ineffective. Without medical assistance, survival is 0% after just 30 minutes: the gunshot to the palate causes fatal hemorrhages or brain trauma incompatible with life, while the noose results in brain death within the first 5 minutes. After one hour and an hour and a half without medical intervention, the survival rate remains 0%, as the body cannot endure such severe trauma for such a prolonged period. This combined method has a near 100% lethality rate, ensuring that survival beyond a few minutes is statistically impossible. What do you think about this analysis?
°To maximize effectiveness you need to find a place far from civilization.°
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