Fusion Reactors
This will not solve the riddle facing scientists when developing a new power source, but the new ideas will point you the right direction for solving the problem.
Fusion reactors, a goal of scientists over the last 50 years has alluded them, so where have research projects gone astray and what would point them in the right direction that may produce a break through.
Before I
start, I want state there will be no information that can be used against this
great country of mind. All facts will be abstract and can not be applied within
rouge scientific groups with their limited technological background.
The
theories presented to the public is that a significant amount of material needed
to produce a fusion reaction initiated with a fission compression.
The complex compression force mankind has developed to fuse atoms is inefficient and never will achieve desired results for reactors. Compression has to come from one enveloping source, not many timed ones as with mankind’s attempts, this process vaporizes and disperses most of the power source before it can engage. Even if you molded to fissionable parts around fusion material and learned how to activate an initial fission reaction simultaneously to compress the internal core, the matrix of the atoms of the fissionable is erratic due to refining methods would lead to poor results. On the atomic level, there will never be one clean perfect spherical compression zone desired by your scientists, but many conflicting patterns would emerge and only a few by the laws of chance results in the merging of hydrogen atoms and a release energy.
The key
to a fusion reaction is a compression source emanating from one source similar
to reversing the process of the creation of a bubble without an entry point and
a few hydrogen ions. Step one, a uniform inert density field that can sustain a
high charge, but can transfer the energy evenly about it. Step 2, inject a few
hydrogen ions with the same polarity to the field, maintain a low charge until
the ions are centrally based within the field. Step 3, raise the energy level of
the field locking the position of the ions and then release the massive pulse of
energy initiating compression Second, find the ratio of inert heavy elements to
hydrogen atoms to maintain a reaction without initiating an explosion. You only
need very small amount of atoms, micrograms. Shielding will be of a minimum
concern due to a clean reaction.
This
process is not the best, but it is a start. If you do succeed expect heavy
resistance from the powers to be and their oil, gas, and coal assets.