4 ms·

Sure, we don't know but we can guess. While Poland can trigger Article 5, and current US admin will most likely tell them to shove it, maybe deploy some forces

by Ygg2 2y ago

Sure, we don't know but we can guess. While Poland can trigger Article 5, and current US admin will most likely tell them to shove it, maybe deploy some forces there. US weakening ties with EU is going to make nuclear war less likely. Even if the next US president was very gung ho about it, the fact that Trump got elected again means the US isn't a stable partner. You don't want to enter a ten years war where every 4 years your ally might just decide to leave you hanging.

johnnyanmac 2y ago
>Sure, we don't know but we can guess. you really wanna weigh your odds of nuclear devastation on a guess? >US weakening ties with EU is going to make nuclear war less likely. other non-EU countries are already producing Nukes as preparation. I'm unsure about that.
- Ygg2 2y ago
  > you really wanna weigh your odds of nuclear devastation on a guess? No. But my point is you are oversimplifying it. Article 5 isn't a go to war button. If Poland was to consider it an attack, that's not important. The question is would other members consider it an attack. To that the answer would more likely to be no. I don't know of an adjacent country going to war because wind blew the fallout/chems its way. > other non-EU countries are already producing Nukes as preparation. I'm unsure about that. It could be US divestment leads to lower chance of WW3 in 5-20 years, but greater chance of WW3 in 20+ years.
  - gambiting 2y ago
    >>I don't know of an adjacent country going to war because wind blew the fallout/chems its way. You remind me of a semi-famous study that the American army did at one point. They wanted to estimate the risk of accidental detonation of a nuclear weapon, and concluded that the risk is zero because it never happened so far.
    - Ygg2 2y ago
      > They wanted to estimate the risk of accidental detonation of a nuclear weapon, and concluded that the risk is zero because it never happened so far. Given it didn't happen so far, I'd say they were right on the money. While mishandling and accidents did happen, the number of failsafes guarantees you have to purposefully activate it. Most nuclear weapons nowadays just don't have a way to reach criticality outside of nano-second controlled timing array.

by Ygg2 2y ago

johnnyanmac 2y ago

>Sure, we don't know but we can guess. you really wanna weigh your odds of nuclear devastation on a guess? >US weakening ties with EU is going to make nuclear war less likely. other non-EU countries are already producing Nukes as preparation. I'm unsure about that.

Ygg2 2y ago
> you really wanna weigh your odds of nuclear devastation on a guess? No. But my point is you are oversimplifying it. Article 5 isn't a go to war button. If Poland was to consider it an attack, that's not important. The question is would other members consider it an attack. To that the answer would more likely to be no. I don't know of an adjacent country going to war because wind blew the fallout/chems its way. > other non-EU countries are already producing Nukes as preparation. I'm unsure about that. It could be US divestment leads to lower chance of WW3 in 5-20 years, but greater chance of WW3 in 20+ years.
- gambiting 2y ago
  >>I don't know of an adjacent country going to war because wind blew the fallout/chems its way. You remind me of a semi-famous study that the American army did at one point. They wanted to estimate the risk of accidental detonation of a nuclear weapon, and concluded that the risk is zero because it never happened so far.
  - Ygg2 2y ago
    > They wanted to estimate the risk of accidental detonation of a nuclear weapon, and concluded that the risk is zero because it never happened so far. Given it didn't happen so far, I'd say they were right on the money. While mishandling and accidents did happen, the number of failsafes guarantees you have to purposefully activate it. Most nuclear weapons nowadays just don't have a way to reach criticality outside of nano-second controlled timing array.