Hey people, Had an idea about a device for nuclear fusion. Now I figure its too much mess and too many people will have to be envolved anyway to get a patent or something, even if it was a realistic idea - as remote as that chance may be, so if it works remember I thought about it so I could at least be famous if not rich. ;) Anyway, jokes aside. First we take some Deutirium or Tritium, strip the electrons and put'em in a cyclic acceleretor, the form doesn't matter much, just that they cycle around inside with their KeV level energies that're anough for fusion, small voltages required to keep them at the same energy due to sychrotron radiation and powerful magnets focusing them. Now, we take carbon nano-tubes with each carbon having another connection with a Deutirium or Tritium atom (according to what we have cycling in the accelerator) on the inside of the tube. Now we let the ion beam go inside the tube and some of the atoms hit their counterparts and fuse. That's the idea basicly. Many things unknown here, to me at least. First, can such a carbon nano-tube be created, is it chemicaly feasable ? Second, how efficient can such a device be ? Normally the ion beam is directed at a target and here it is kept cycling. Now the energy of the beam is about 3-4 orders lower than the fusion energy, which we can extract with partial efficiency, and to keep it cycling requires like a few percent per cycle so can the fusion reaction rate in theory exceed the required energy for long anough sections of the accelerator containing the carbon-hydrogen isotope nano-tubes. (Several tens of angstroms tube diameter, several tens of fusable atoms per layer, but only about a 10^-5 ansgstrom distance required for fusion to occur.) And, if it could be energy effective then how much damage could the fusion reactions inflict upon the nano-tubes during reasonable operation time periods. Well that's about it, thank you for your time - remember you're doing it for all of humanity's future ;).