That's not true, we know enough about geology to deal with long term waste.
Nuclear waste is great for several reasons:
- the first one is quantity: very small in comparison with how much energy it produced (a nuclear reaction generates one million times more energy than a chemical reaction so less resource usage across the whole lifecycle);
- the second one is that most of it (over 90%) can be recycled and used with gen 4 reactors;
- the third one is that it stays local, i.e. unlike CO2 it doesn't go into the atmosphere (and then the ocean), and since CO2 is inert, from a human time scale how long CO2 can stay in the atmosphere is, I would argue, comparable to nuclear waste decay.
You are being silly!
You cannot predict t that any place on Earth will be stable, or stay local, over hundredsof millenia
Wishful thinking so you can make future generations pay for your consumption
Well, if we extract the energy from the spicy rocks today through fission then on a time scale of over hundreds of millennia you actually end-up with less radioactivity on earth! (After 300 000 years to be accurate, and the figure I have is based on low enriched uranium based fuel as typically used in a light water reactor).
You maybe mixing up danger and risk, those are two different concepts. Nuclear waste is dangerous, but it doesn’t have to be risky. Consider this: where do we have the most unknown (risk): long-term geological storage of nuclear waste, or the consequences of climate change and our ability to adapt?
I really wish I could share the educational resources that I have with you, unfortunately it’s all in French…