Alabama is seeking to become the first state to execute a prisoner by making him breathe pure nitrogen

Alabama is seeking to become the first state to execute a prisoner by making him breathe pure nitrogen.

The Alabama attorney general’s office on Friday asked the state Supreme Court to set an execution date for death row inmate Kenneth Eugene Smith, 58. The court filing indicated Alabama plans to put him to death by nitrogen hypoxia, an execution method that is authorized in three states but has never been used.

Nitrogen hypoxia is caused by forcing the inmate to breathe only nitrogen, depriving them of oxygen and causing them to die. Nitrogen makes up 78% of the air inhaled by humans and is harmless when inhaled with oxygen. While proponents of the new method have theorized it would be painless, opponents have likened it to human experimentation.

  • JackbyDev@programming.dev
    56·
    1 year ago

    Folks who are confused by this, your body doesn’t detect when you’re low on oxygen, only when you have too much carbon dioxide. That’s why exhaling while holding your breath helps you hold your breath longer (to an extent). Nitrogen doesn’t caused the sensation of suffocating while still depriving you of oxygen.

    I disagree with capital punishment but have always wondered about this for stuff like assisted suicide.

    • JTheDoc@lemmy.world
      71·
      1 year ago

      That’s the thing, we all have to compromise. I don’t support it either, but if something unethical happens, and people still want to keep supporting it, we have to at least convince them to use the “best version” of said thing so it’s at least as humane as we can make it possibly be. I’m shocked we still continue to use these complicated and ancient methods of execution that have questionable reliability or ethics when it comes to suffering.

      It’d be interesting to see how it would be used for AS for sure!

    • lennybird@lemmy.world
      4·
      1 year ago

      Over this summer I’ve been trying to break my record for holding breath underwater. 2:13 was best I could muster but in my experimentation, after slow and steady initial breathing and reduced muscle usage, inhaling one giant breath at the end and holding definitely let’s me stay under longer. This is better until the CO2 saturation of my lungs equals the saturation in the blood. Then, for whatever reason, slowly trickling the air out buys a little more time. This probably helps calm and fool the brain into thinking you’re desaturating.