working, you don t have nuclear waste. none of this you do have some radioactive fallout, just like you might with hospital equipments, but you won t have the spent fuel and all this space to get rid of. so fusion works very differently, and infusion, what s happening, two atoms need to come together at a, you know, very high velocity, high temperature, and sort of, smash together, to form this reaction. it s the same reaction that, you know, creates the energy in a stark, or creates the energy in the sun. and doing this just requires, you know, getting temperatures up to the temperature of the core of the sun, and you know, incredible speeds, and it just takes a lot of equipment, a lot of costs, to try to do it for decades, to get the results that will be announced tomorrow. okay, the key sentence there that have always something to think about this, the process happening in the sun. so right, the energy of the earth that we ve been relying on forever, which will ultimately flows
traditional nuclear power plants. the big difference here is that you could create this nuclear reaction, and it could get this working, you don t have nuclear waste. none of this you do have some radioactive fallout, just like you might with hospital equipments, but you won t have the spent fuel and all this space to get rid of. so fusion works very differently, and infusion, what s happening, two atoms need to come together at a, you know, very high velocity, high temperature, and sort of, smash together, to form this reaction. it s the same reaction that, you know, creates the energy in a stark, or creates the energy in the sun. and doing this just requires, you know, getting temperatures up to the temperature of the core of the sun, and you know, incredible speeds, and it just takes a lot of equipment, a lot of costs, to try to do it for decades, to get the results that will be announced tomorrow. okay, the key sentence there that have always something to think about this, the