Odderon Research Overrun: Key to Both Cumulative and Reductive Nuclear Transmutation
When it comes to obtaining rare earth elements, many fantastical methods have been explored for doing so including setting up mining operations on other planets. The vast majority of the interior of the Earth has gone unexplored for its chemical resources, making the idea of setting up mining colonies tens or hundreds of millions of miles away impractical and quite unnecessary.
When it comes to mining the Earth for its resources below the crust of the Earth, the intense heat of molten rock makes exploration even by autonomous vehicles next to impossible. Whatever rare elements that may abide deep within the Earth may remain beyond our reach for a very long time.
The solution, then, given recent theoretical advancements in the field of fusion, is nuclear transmutation. The ability to fuse together elements using odderons or “glueballs” brings with it not only the promise of nearly infinite potential for the generation of electricity, but for the chance to transmute the elements as well. The easily-fused elements of hydrogen, helium, lithium, beryllium, and boron may be created through the methods described on 12/28/2019 and 12/26/2021, namely the accumulation of strong attractors in the form of gluons and glueballs and placing elements in proximity to those attractors in the environment of a high-temperature rotating plasma.
When it comes to obtaining rare earth elements, many fantastical methods have been explored for doing so including setting up mining operations on other planets. The vast majority of the interior of the Earth has gone unexplored for its chemical resources, making the idea of setting up mining colonies tens or hundreds of millions of miles away impractical and quite unnecessary.
When it comes to mining the Earth for its resources below the crust of the Earth, the intense heat of molten rock makes exploration even by autonomous vehicles next to impossible. Whatever rare elements that may abide deep within the Earth may remain beyond our reach for a very long time.
The solution, then, given recent theoretical advancements in the field of fusion, is nuclear transmutation. The ability to fuse together elements using odderons or “glueballs” brings with it not only the promise of nearly infinite potential for the generation of electricity, but for the chance to transmute the elements as well. The easily-fused elements of hydrogen, helium, lithium, beryllium, and boron may be created through the methods described on 12/28/2019 and 12/26/2021, namely the accumulation of strong attractors in the form of gluons and glueballs and placing elements in proximity to those attractors in the environment of a high-temperature rotating plasma.
