When two (or more) nuclei fuse, to form a heavier element, a known quantity of energy is released. The process seems easy to describe, at least to some degree.
Today, technological development on the subject has introduced applications in many areas. Even so, there are some challenges before we can be able to provide energy by an appropriated fusion process: high needs of power, plasma confinement issues, heavy equipment, etc.
The present idea intends to show a different view. The author calls, in a broad sense, a conceptual thesis, and it has the natural language as the principal tool. The author either explicitly or implicitly discusses the space-time fabric, double-slit experiment, and other concepts like non-duality. One nanoapparatus draft with the purpose of being in the scope of near future research closes the picture.
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There is NO Competing Interest.
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Posted 12 Apr, 2021
Posted 12 Apr, 2021
When two (or more) nuclei fuse, to form a heavier element, a known quantity of energy is released. The process seems easy to describe, at least to some degree.
Today, technological development on the subject has introduced applications in many areas. Even so, there are some challenges before we can be able to provide energy by an appropriated fusion process: high needs of power, plasma confinement issues, heavy equipment, etc.
The present idea intends to show a different view. The author calls, in a broad sense, a conceptual thesis, and it has the natural language as the principal tool. The author either explicitly or implicitly discusses the space-time fabric, double-slit experiment, and other concepts like non-duality. One nanoapparatus draft with the purpose of being in the scope of near future research closes the picture.
Figure 1
Figure 2
Figure 3
Figure 4
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