New nuclear power plants are designed to be safe even when run by unsensible humans (up to 72h) Any nuclear storage has to designed to be safe and secure from the second you close it up, irrespective of what humans will…
In order to help people think about curvature and gravity, look at the following examples: - The surface of the earth is a 2 dimensional positive curved space. To see this, draw a triangle with corners on the north…
While I strongly disagree with you on nuclear power (especially since radioactive decay means that 'eternity' by definition is always safe, unlike chemical waste), I strongly agree that "Into Eternity" is a must-watch.…
Load-following is both license and technical related in a chicken-and-egg-way. You need to incorporate load-following into your reactor design. More specifically: the speed with which a reactor can modulate its output…
A nuclear power plant has thousands of tons of shielding. There are also no timing critical electronics sitting right next to the fuel.
Since regulations don't allow any other option e.g. the US doesn't allow reprocessing. Also: what better place to temporarily store nuclear waste in the exact same place where it is produced where safety and security…
Not great points: 1. Isn't a business POV or about deadends and it applies to any shift in energy production. 2. I think some geologists are going to want to have a word with him concerning tectonics. Also just because…
Which is why you bury it.
Being very familiar with nuclear waste, I can say that, from a technical pov, it's a solved problem: just put it deep enough to comply with whatever safety level is required. The problem with nuclear waste is political…
The reverse is actually true. Nobody uses Thorium since you can't make bombs out of them. Thorium is very unsuited to weaponize since one of the byproducts of the fuel process (U-232) decays in to a hard gamma-emitter.…
New nuclear power plants are designed to be safe even when run by unsensible humans (up to 72h) Any nuclear storage has to designed to be safe and secure from the second you close it up, irrespective of what humans will…
In order to help people think about curvature and gravity, look at the following examples: - The surface of the earth is a 2 dimensional positive curved space. To see this, draw a triangle with corners on the north…
While I strongly disagree with you on nuclear power (especially since radioactive decay means that 'eternity' by definition is always safe, unlike chemical waste), I strongly agree that "Into Eternity" is a must-watch.…
Load-following is both license and technical related in a chicken-and-egg-way. You need to incorporate load-following into your reactor design. More specifically: the speed with which a reactor can modulate its output…
A nuclear power plant has thousands of tons of shielding. There are also no timing critical electronics sitting right next to the fuel.
Since regulations don't allow any other option e.g. the US doesn't allow reprocessing. Also: what better place to temporarily store nuclear waste in the exact same place where it is produced where safety and security…
Not great points: 1. Isn't a business POV or about deadends and it applies to any shift in energy production. 2. I think some geologists are going to want to have a word with him concerning tectonics. Also just because…
Which is why you bury it.
Being very familiar with nuclear waste, I can say that, from a technical pov, it's a solved problem: just put it deep enough to comply with whatever safety level is required. The problem with nuclear waste is political…
The reverse is actually true. Nobody uses Thorium since you can't make bombs out of them. Thorium is very unsuited to weaponize since one of the byproducts of the fuel process (U-232) decays in to a hard gamma-emitter.…