Self Assembling Power Plants Power Up!

We hear a lot about self assembling machines, wonderous mighty mini marvels that may be used in the most important way of all; to generate power! "What about Energy Conservation", you may say, " What machines have power output where there was no input of the field?". No doubt there must be fuel for a fire. But to say there may be no large source of fuel for the self assembling machines would be like saying atomic power or the patents they have for gravity powered machines are of no value. The ultimate use of self assembling machines may be to take fuel and burn it, even down to the subatomic level with a more highly efficient fire than just the random thermal motion of heat. One possibility may be to find chemical power in the air by way of small electric fields to extract the oxygen or hydrogen for fuel. Another use would be to absorb water from the air, with more energy and water out than we put in, just as in an atomic implosion with conventional explosives inward, more power outward is then achieved. This would save much power otherwise spent on desalination or moving water inland.

Another use of self assembling machines would be waste and recycling. With a process like thermal depolymerization any carbon waste is converted to oil by heat (like polyester for polyester plants, great!). With some of the power used to power the machine more power is out than in powered by the fuel. Unlike thermal depolymerization, self assembling machines could be used for power or other uses on any scale, small to vast. All rooms of buildings could use a machine that would cost no more than installation, the power would be much cheaper, and no power wires. They would also be portable. With self assembling machines, because of higher efficiency many more types of waste could be used. Small self assembling machines to add electrons to the waste converting the protons and electrons to neutrons of the radiant atoms with then more neutrons than protons so the neutrons would remove from the radioactive atom and decay in just 20 minutes of radiance stored for power, not millions of years. (This process (which I name reversed b radioactivity) would first line up the spins of the radioactive atoms so the electrons moving inward to combine with the protons would have an easy inward motion compared to having to overpower the atoms unaligned field which would take more power.) Another type of atomic power source that could be self assembled may be the Atomic Motor, or other fusion machines with small cones that would combine protons and neutrons to fuse by way of the strong force implosion of the poles not resisted by the centrifugal force of most strong force interactions. Because the machines could be made small, the force they can exert would be large because pressure is force per unit area, making chemical or subatomic reactions more efficient.

The self assembling machines may be good for recycling. Because of the radiant power of mass, any waste could be recycled into it's constituent stuff, even rebuilt back up to other more useful materials. The machines might clean up their own waste after the labor is done, but why would we want them to, perhaps not enough room? This could be improved by making them multipurpose like 5 in one software they have. And these small machines may be selective to break down just some components of the waste not others (i.e. bioengineering) saving energy and time. This would be of use to replace irradiation of food which often uses the equivalent of 10 billion chest Xrays, destroying good cells with bad, in many types of (unlabled) food we eat, not to mention of worth to selectively change tissue even to the subatomic level in the body to cure or control diseases with these machines.

Self assembling machines have typically been considered viable in zones like desert or colonization of planets or the moon where access is not easy. The low efficiency is considered to make it more viable to use more conventional labor to build machines here like in plants. If more power were achieved, not just labor or construction of other machines, self assemblimg machines may make their way more to where we are already, and where we are is cozy for months and 20 years with adorations of Julia Lewis Dryfuss in power!
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