Understanding the big from the small scale.
- Those who reject this notion of "understanding the big from the small scale," because they consider the measurements to be disproportionate, fail to understand that the world on a large scale is formed by the rules at a small scale.
- Those who reject this notion of "understanding the big from the small scale," because they consider the measurements to be disproportionate, fail to understand that as long as observations at a small scale have universal consistency, then even at the largest scale, the basic patterns will remain the same as observed at the small scale, although the appearances may differ.
Example:
✅ SMALL SCALE. At a small scale, we observe that "something cannot exceed itself unless there is addition from outside itself."
- 〰 Small scale: Limited to 2 shapes combined into various different shapes, the number of combinations cannot exceed the possibilities of the 2 shapes.
- 〰 "A, B & C", then no matter how many combinations, they cannot exceed "A", "A & A", "A & A & A", A", "A & B", "A & B & A", and so on...
- 〰 "A, B & C", then no combination can become "A .. B .. C .. D"
- 〰 There will be no combination of "A" & "B" & "C" that can produce "D", unless "D" is obtained from outside "A, B & C"
✅ LARGE SCALE. If the small scale is truly universal, then wherever in the large scale, the universal laws known at the small scale will still apply to deduce the conditions at the large scale. THIS IS NOT A FALLACY OF COMPOSITION. THIS IS NOT ERRONEOUS INFERENCE DUE TO DIFFERENT COMPARATIVE SCALES, BUT THIS IS UNIVERSAL TRUTH ACROSS SCALES.
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📌 If you reject this and consider it unscientific, it means you contradict yourself, because physicists are now trying to understand the world on a large scale through understanding the world on a small scale (quantum physics)."
https://www.sciencedaily.com/releases/2024/01/240123175550.htm
"The power of gravity is writ large across our visible universe. It can be seen in the lock step of moons as they circle planets; in wandering comets pulled off-course by massive stars; and in the swirl of gigantic galaxies. These awesome displays showcase gravity's influence at the largest scales of matter. Now, nuclear physicists are discovering that gravity also has much to offer at matter's smallest scales."
