Weak Nuclear Force Fusion

[HydrogenBond]

Here is an alternative stategy for nuclear fusion that makes use of the weak nuclear force. In a nutshell we start with two protons and one electron. The goal is to make a neutron and proton which combine to make deuterium. The formation of the neutron converts EM force (charge) into weak nuclear force (slight EM force). The weak nuclear force helps to cataylize the strong nuclear force allowing the formation of deuterium.

 

Here is how it is done. We accelerate the electron and two protons at each other at high speeds, but at the last instant, we put of the brakes. The goal is to get all the particles to just kiss, i.e, slight fender bender. While the brakes generate heat. What you end up with are very low entropy particles than linger near each other in the high heat, rather than very energetic particles and subparticles that can more easily break out of the fusion.

 

The acceleration is done with magnetics; the breaks will also use reverse magnetic fields that only turn on rapidly just before impact. I am not sure how these three brake field need to add but the natural repulsion of the protons should not require as strong brake as the electron. Maybe the brake field strength of the summation of the two protons will be balanced by that needed for the single electron. If external the EM brakes also cancels out; fusion. What is slick about this is that we control output heat by means of controlling/pulsing the number of particle fender benders.