I have some absolutely PHENOMENAL physics derivations that, to date, have never been done before ( literally ). I’ve recorded them in very few places outside of the #LiberianMathScienceandEngineeringScholars Facebook page, and honestly, pure and unapologetic laziness has kept me away from this spot for quite some time. I’ll give a cliff notes description of my finding below. Afterwards, I’ll provide a link to my news project ( and hobby ): the establishment of an e-commerce dropshipping storefront using the Wix blogging platform. The store’s name is ” The 7th Dimension Cloud-Merchandise Depot “, and it is still a work in progress that I have to market in any meaningful manner.
Nature and mathematics produce few coincidents of significance. The most dynamic of numbers seem to be the numbers ” 3 ” and ” 7 “, so after playing around with them to amuse myself, I stumbled across the following:
( 3^7 / 7^3 ) = 6.3760932945
( 3^7 / 7^3 ) x 10^6 m = 6.3760932945 x 10^6 m
The Earth’s radius ( r ) = 6.378137 x 10^6 m
Even more notable is the following observation:
[ ( 7^3 )( 6.3760932945 ) ] m = 3^7 m
[ ( 7^3 )( 6.3760932945 ) ] m = 2187.0000000135 m
[ ( 7^3 )( 6.3760932945 ) ] x 10^6 m = 2187.0000000135 x 10^6 m
[ ( 7^3 )( 6.3760932945 ) ] x 10^6 m = 2.1870000000135 x 10^9 m
The value equal to 2.1870000000135 is similar in magnitude of the velocity of an electron within the 1rst Bohr orbit:
2.18 × 10^6 m/s
This speed is roughly 1/137th the speed of light (c):
[ ( 2.187 x 10^6 m/s ) / ( 3.00 x 10^8 m/s ) ] = 0.00729
The Fine Structure Constant has a value approximately equal to:
1/137 = 0.0072973525643
Therefore,
[ ( 7^3 )( 6.3760932945 ) ] x 10^6 m = 2.1870000000135 x 10^9 m
Dividing both sides by 10^3, we have:
[ ( 7^3 )( 6.3760932945 ) ] x 10^3 m = 2.1870000000135 x 10^6 m
HERE IS WHERE PROBLEMS ARE ENCOUNTERED
Dividing 2.1870000000135 x 10^6 m by ( c ) = 3.00 x 10^8 m/s would yield a value in seconds that is equal in magnitude to the Fine Structure Constant; however, the Fine Structure Constant is a UNITLESS NUMBER.
The numbers above also have interesting relationships to the radii of important celestial structures and cosmic distances. This is fascinating, because the Fine Structure Constant, thus far, derives value from its relationship to the study of spectral lines emitted by gases. To the contrary, one of my derivations led up to activity that is thought to occur in a black hole that is currently being studied. And thus, my numerological quest to derive meaning from this derivation shall be continued…
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RENAISSANCE PHYSICS 