acoe

Curiosity : Do you know one relationship among Newtonian constant of gravitation , neutron mass (eV) ,proton mass (eV) and Higgs boson mass ? (regarding only significant figures ) : Hm/(N+P) = G Hm = [12532] , N = [939565] , P = [938272] , G = [66736]

Both 'Pi' and 'e' (Euler's number)are basics in science. below , the start-point numbers I use to apply(not randomness)and an approximation to 'e' . the series (1+1/2+1/16+1/32) means movement , run...

Excuse me. (don't waste more time here ) excuses.

HI , Tree , Insane : Thanks for your advises . I take note . Thank you .

wrong before formula . attached below the correction .

Only speculating with significant figures.

HERE an approximation to the Newtonian constant of Gravitation over h-c -> 6.70881 x10^-44(GeV/c^2)^-2 (formula attached below)

Now we introduce an approximation to the Planck time . It's = 5.391 x10^-44 s . (see formula below)

HI : Theoretical Physics performed this one value for Planck's Length : 1.616 252 (81) x 10^-35 m . We depict below a geometrical approximation and graphic . ( not matter the ...10^-n issue )

Thanks for assesment . Now take neutron/proton mass ratio = 1.001378 Our approximation : (1+1/2+1/16+1/32)( 1/5 'Pi' ) by the way we've arranged one approximation to 'Pi' and a graph (attached below)

We use this one : 1.672 621 ...(x10)^-27 kg . Taken from http://physics.nist.gov/index.html (ok , the algorithm we depict shows : ...(x10)^-26

HI THERE : What's your opinion about typing some physical constants using elemental geometry . sample , proton's mass (see formula attached where I'd forget multiply by 6) BYE .

Hello ! May be somebody send me his/her opinion about my work at : http://biologygeometry.blogspot.com BYE