Difference between revisions of "TFNR - Atoms"
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| + | Atoms are '''the building blocks of what we call ordinary matter''' (which we normally identify with visible matter, which can be seen, as opposed to dark matter, which we cannot see as it does not appear to emit any electromagnetic radiation, but can only be detected through the observation of its gravitational effects). | ||
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| + | Atom: '''any system of interacting matter particles (elementary and composite vortices) with a nucleus composed of at least one proton''' (or anti-proton). | ||
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| + | The order of magnitude of the spatial extension of atoms is around 10^-10 meters. | ||
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| + | To understand deeper aspects of Physical Reality and attempt to account for the (supposed) 95% of the energy content of the Universe other than ordinary matter, it is my opinion that it is necessary to overcome the atomistic theory and the centrality of the concepts of atom and particle in the description of Nature and the Physical Phenomena. | ||
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{{Template:PaperPages1}} | {{Template:PaperPages1}} | ||
Revision as of 18:00, 30 July 2023
Atoms are the building blocks of what we call ordinary matter (which we normally identify with visible matter, which can be seen, as opposed to dark matter, which we cannot see as it does not appear to emit any electromagnetic radiation, but can only be detected through the observation of its gravitational effects).
Atom: any system of interacting matter particles (elementary and composite vortices) with a nucleus composed of at least one proton (or anti-proton).
The order of magnitude of the spatial extension of atoms is around 10^-10 meters.
To understand deeper aspects of Physical Reality and attempt to account for the (supposed) 95% of the energy content of the Universe other than ordinary matter, it is my opinion that it is necessary to overcome the atomistic theory and the centrality of the concepts of atom and particle in the description of Nature and the Physical Phenomena.
Links to the tables of contents of TFNR Paper
