The US National Ignition Facility has achieved even higher energy yields since breaking even for the first time in 2022, but a practical fusion reactor is still a long way off
Well I mentioned waste first as I did that as a tongue-in-cheek response, but then I immediately mentioned in the very same comment the catastrophic issue, and my recent comment is just me elaborating on the fact that I gave one more weight than the other. It doesn’t discredit what I’m saying.
Fukushima is nowhere near Chernobyl levels of damage (didn’t destroy things for miles for centuries), and no other major plant failures that I can think of would match “catastrophic failure”
Fukushima exclusion zone is not large enough for you to consider that a catastrophic wide area failure? Really?
Modern designs are nowhere near as bad as older ones designs
I’m already commented on this, but just to quickly repeat myself, there’s a difference between being on the design board and being in existence in production.
Well I mentioned waste first as I did that as a tongue-in-cheek response, but then I immediately mentioned in the very same comment the catastrophic issue, and my recent comment is just me elaborating on the fact that I gave one more weight than the other. It doesn’t discredit what I’m saying.
Fukushima exclusion zone is not large enough for you to consider that a catastrophic wide area failure? Really?
I’m already commented on this, but just to quickly repeat myself, there’s a difference between being on the design board and being in existence in production.