Difference between revisions of "TFNR - The Scales of Reality"
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| + | Science, physics, cosmology in particular, are engaged in the study of Nature on a very wide range of dimensional scales, from the immensely small to what are commonly considered the boundaries of the universe itself. And we human beings, in the middle, we observe in both directions, amazed by the immense complexity that resides both in the infinitesimal and in the infinite. | ||
| + | Among the many dimensional scales, among the numerous orders of magnitude, the most significant are undoubtedly those concerning Dimensionality, the Dimensions of Reality: Causality, Spatiality and Temporality. | ||
| + | What measures the causal distance between different Structures / Forms is Complexity: the quantity and quality of Action, produced by the Force acting on the Field, necessary to produce that Structure, that Form. In other words, it is the quantity of Information that allows that form to exist in the essence / form it possesses at a given time, in a given spatial position. Complexity is difficult to measure, as it depends on qualitative factors and on the history of the Variations undergone by the Field to produce the Shape in question. | ||
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| + | Fundamental are the spatial and temporal dimensional scales, which as physical quantities enter almost all the formalizations that shape our knowledge of Physical Reality. | ||
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| + | Observing Nature from a spatial point of view, we can see how broad the spectrum of observable dimensions is, from the smallest particles of ordinary / exotic matter to the confines of the observable universe. But Nature extends spatially far beyond what we can observe, and even far beyond we can imagine. In the small, up to the Planck scale, and even further up to the infinitely small. In the large, up to the borders of the Universe as we imagine it to be today, based on the observations of a very distant past that reaches us today, and makes us calculate immense sidereal distances. | ||
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| + | Let's try to give some numbers (in many cases these are approximate estimates, since the observations and theoretical models do not help us too much): | ||
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| + | *minus infinite: | ||
| + | *10^-35 meters: the Planck scale. First hypothesized resonance... | ||
| + | *10^-20 to 10^-15 meters: the scale of ordinary matter particles. Second hypothesized resonance... | ||
| + | *10^-x?: the observed microwave radiation at 2.7 K commonly named "CMB - Cosmic Microwave Background"). Instead of the relics of Big bang, I hypothesize it represents the black body radiation of the cosmos (the measured slight differences in this temperature represent the spatial distribution of the mass of the Dark Matter / Dark Energy components of the cosmic structures (so called "voids" and "cosmic web") | ||
| + | * | ||
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Revision as of 15:55, 20 August 2022
Science, physics, cosmology in particular, are engaged in the study of Nature on a very wide range of dimensional scales, from the immensely small to what are commonly considered the boundaries of the universe itself. And we human beings, in the middle, we observe in both directions, amazed by the immense complexity that resides both in the infinitesimal and in the infinite.
Among the many dimensional scales, among the numerous orders of magnitude, the most significant are undoubtedly those concerning Dimensionality, the Dimensions of Reality: Causality, Spatiality and Temporality.
What measures the causal distance between different Structures / Forms is Complexity: the quantity and quality of Action, produced by the Force acting on the Field, necessary to produce that Structure, that Form. In other words, it is the quantity of Information that allows that form to exist in the essence / form it possesses at a given time, in a given spatial position. Complexity is difficult to measure, as it depends on qualitative factors and on the history of the Variations undergone by the Field to produce the Shape in question.
Fundamental are the spatial and temporal dimensional scales, which as physical quantities enter almost all the formalizations that shape our knowledge of Physical Reality.
Observing Nature from a spatial point of view, we can see how broad the spectrum of observable dimensions is, from the smallest particles of ordinary / exotic matter to the confines of the observable universe. But Nature extends spatially far beyond what we can observe, and even far beyond we can imagine. In the small, up to the Planck scale, and even further up to the infinitely small. In the large, up to the borders of the Universe as we imagine it to be today, based on the observations of a very distant past that reaches us today, and makes us calculate immense sidereal distances.
Let's try to give some numbers (in many cases these are approximate estimates, since the observations and theoretical models do not help us too much):
- minus infinite:
- 10^-35 meters: the Planck scale. First hypothesized resonance...
- 10^-20 to 10^-15 meters: the scale of ordinary matter particles. Second hypothesized resonance...
- 10^-x?: the observed microwave radiation at 2.7 K commonly named "CMB - Cosmic Microwave Background"). Instead of the relics of Big bang, I hypothesize it represents the black body radiation of the cosmos (the measured slight differences in this temperature represent the spatial distribution of the mass of the Dark Matter / Dark Energy components of the cosmic structures (so called "voids" and "cosmic web")
Links to the tables of contents of TFNR Paper
