However, I would like to know, based on your model, exactly which kinds of atoms and how I need to arrange them in a solid or living cell to cause a nuclear reaction to be initiated
? Answer:? Construct an inverse Bose condensate of protons and vibrate that condensate at a frequency determined by the dimensional constant of 1.094 megahertz-meters. ? ? , i.e. how the Coulomb barrier is overcome. Also, I would like to know how the resulting energy is dissipated without producing significant radiation. ? Answer:? The range of the strong nuclear? force is extended beyond the range of the coulombic. This is done in a di-force field medium that consists of a vibrating Bose condensate. ? Also, I would like to know how the resulting energy is dissipated without producing significant radiation. ? The energy is downshifted.? This knowledge will allow for cold fusion device that emit energy in the radio frequency band.? I have been trying to do this. ? If you can answer these questions without too many assumptions, I would be interested. ? Thank you Ed.? Cold fusion is a small part of what I put? forward.? I have derived the energy levels of the hydrogen as a condition of electromagnetic and gravitomagnetic accessibility. ?I have applied this vibrating Bose condensate thing to the hydrogen atom.? ?Many things come out of the analysis, such as; It explains why the? electron does not spiral into the nucleus. ? ? Quantum physics can be built on a structure of the stationary quantum states defined by Plancks constant..? I have shown quantum physics can be built on a structure defined by the velocity of transitional quantum state.? This velocity = the fine c/twice the fine structure constant. ? So what is the big deal?? I have just rearranged known values.? The big deal is that the transitional velocity is a classical constant.? It is set by the velocity at which disturbances propagate within the electron.
