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Alpha ( α )

 Fine-structure constant- α and constant- e obtained through interesting geometry and numbers:
Everything is easily duplicated, and as shown in the diagram below begins with two measurements
and several guide lines to establish the blue inside perimeter of a box shape √5 by 5 + √5.
To find the outside perimeter for the box requires a yellow line length of √5.
It establishes the intersection with the vertical purple line representing measurement e 2.718...,
after which the outside perimeter of the box can be completed.
To verify the following results for accuracy use a good drawing program capable of maximum digits.

fish

The next drawing (not drawn to scale) focussus on the yellow line. (Imagine this as one-half of a curtain)

constants

When these kinds of numbers are subtracted from √π, the difference
between the subtracted and measured results will always be this number:
"X" = ((√π / (√5 + 2))) / (1 x 10⁷) + (((√π / (√5 + 2))) / (1 x 10⁷) x .0002)

For example, √π minus √e minus "X" equals the measured result.
However, when the numbers are larger than √π, "X" must be added
to the subtracted results.
For example, (Φ + 2) / 2 minus √π plus "X" equals the measured result.

(AB1 = subtracted result and AB2 = measured result)
Section BC is easy, but an accurate AB is necessary to get an accurate yellow line measurement.
The following formula provides this, as well as the fine-structure constant- α

fine-structure constant .00729735256979...

The fine-structure constant scientifically measured has a value of .007297352569
which thus far matches my result! Time will tell. And interestingly √12321= 111

As mentioned, the drawing above represents one-half of a curtain, now imagine both sides
and something that binds them together, like a zipper, having a width of π + 10 / 10^8
Added to 137.0359990744123219668859958125... = 137.0359992058282485027839281971...

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