What about drilling for geothermal energy? And what about thermal fusion which is upcoming? For what do we need fission any longer, except to bridge the time up to availability of fusion? As long there is no good concept for the nuclear waste, that long nuclear shouldn't be praised as solution to anything, except for bridging. There have been news on here, for a newly developed technique to "recycle" and/or to "treat…
Fusion is great, and we are making good progress. It could plausibly change everything in a couple of decades. But it is not available today, so we cannot rely on it. That’s the thing when you follow the latest r&d developments: we talk about a technology well before it is useable, so all we can use at a given moment are mature technologies that are old news.
Example with fusion: we’ve been talking about ITER for 20 years, but it’s not finished building yet. Other developments like spherical tokamaks and stellarators are nowhere near prototypes at the industrial scale.
If we are serious about climate change, we need to act now, which means putting in place solutions based on technologies that are already mature and useable. Waiting 10 years for the next fancy energy source with blockchain, or the mythical carbon capture solution (which cannot possibly work with anything resembling the current markets) is reckless.
> There have been news on here, for a newly developed technique to "recycle" and/or to "treat" the nuclear waste by utilizing a collider.
There are much better and cheaper ways of doing that, using breeder reactors. We’re further along the readiness path than with fusion, but they still require some engineering before we can build them.