Hello, Cyberax, you wrote: a C> Hello, kov_serg, you wrote: the C>>> In reports is the reached temperature, pressure and time of holding of plasma. _>> if there is a synthesis response there should be a helium. How many helium is registered? Cs> a C> Current machines do not reach the necessary temperatures for self-supported synthesis. Cs> Therefore launch them with certainly nonflammable protonew plasma, and measure its parameters (pressure, temperature etc.) and as test methods of operation with it (suppression of instabilities, heating neutral rays, etc.) . As a result, each following machine works better the previous. Cs> As a result finish plasma parameters to such levels that they will be sufficient for at first dejterij-tritievoj plasmas, and then and a proton-boric. The C> And you thought, what the thermonuclear reactor becomes in a single step? There is no helium? Hurt, and what such q then? The C>>>>> After that remains the last step - a proton-boric synthesis. _>>>> aha an output on 6 orders. A C>>> On 1 order, about 8 times in comparison with D-T. _>> the best index at JET (energy output) / (it is brought energies) =6e-6 the C> Generally, at JET was q=0.67 in 1997 year: https://en.wikipedia.org/wiki/Fusion_en
_breakeven As though efficiency entirely interesting. The C>>> D-Wave is not the quantum computer of general purpose. _>> also that he urged to solve optimization specific targets. Search of a state with minimum energy. It already finds the decision faster or is easier classical methods. Cs> Yes, and now Google with IBM do quantum computers of general purpose. They already on a superiority threshold. Also what will be after superiority show?