2. ABSTRACT
While I am not floating my own unified theory , its worth pondering upon that the
different universal constants in nature can be derived from each other .
This does not prove or disprove anything,
Just ramdom musings worth penning down
I do it as a hobby or as fun exercise for my grey cells.
4. GRAVITATIONA L CONSTANT , G
Ⲡ:314159265358979323846264338327950...
E :271828182845904523536028747135266...
mpf('105.44662305232609449367083241411180899728275392')
mpf('69.546401711173979252926857526554738443012474209')
66 occurs 3 digits offset
74 occurs 41 digits offset (41 is reverse of 14 in digits of pi sequence)
5. G , CONTD.
At a interval of 10 positions, to mimic digits of e: "2",".",...etc.
mpf('233.693404178908300640704494732569788179537227754565')
At a interval of "13" positions (13 is reverse of 31 in pi)
G = 6.67430 X 10-11 m3⋅kg–1⋅s–2
Verified.
6. ELECTROW EA K =
ELECTRICAL +
WEAK FORCES
Permittivity of free space,
epsilon
7. PERMITTIVI TY OF FREE SPACE, EPSILON -0
Ⲡ:314159265358979323846264338327950288419716939...
G:667 4...(offset of 41 digits)
>>> zetazero(36).imag
mpf('114.3202209154527127658909')
At a distance of 4 digits is "2";
>>> zetazero(16).imag
mpf('67.07981052949417371447
At a distance of 7 digits is "2"
8. PERMITTIVI TY , CONTD.
>>> zetazero(47).imag
mpf('138.1160420545334432001915551902824')
At a distance of 8 digits is 4
>>> zetazero(94).imag
mpf('224.983324669'),continuingin this manner, we end up with...
Officially,permittivity in free space is
[62500 / 22468879468420441Ⲡ] F/m
9. CONCLUSION
Similarly we can try for other constants in nature.
Feedback is welcome:
basu.subhendra@outlook.com