B => H,Infinity.1sqrt(0)
S,BH<=>C^3
C^3 =>
H,Infinity.1sqrt(0)
----------------------
U,InfinityB^Ah=> 1
-----
U,Infinity
X
H,Infinity.1sqrt(0)
----------------------
B^Ah
----------------------------------------------------------------------------------------
U,Infinity 1, Infinity, Infinity,1. Infinity,2...
This shows that prime functions such as plank's little h and, Quantum physics big A, are secondary proofs to the cube of C.
Planck's constant A fundamental constant, denoted by h, which relates the energy of a quantum of electromagnetic radiation (a photon) to its frequency, though the equation E=hf. In other words, it rellates the particle nature of a quantum entity to it's wave nature. The value of h is 6.626 x 10^-34 joule seconds (6.62 X 10^27 erg seconds) and it appears in many calculations involving quantum mechanics - for example in the uncertainty principle. h-cross is a variant of h in that it is equal to h / (pi X 2).
angstrom An obsolete unit of wavelength defined as one hundreed millionth (10^-9) of a centimetre. Equalt to one-tenth of a nanometre. Symbol A.


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