Why are both Pi and Phi so unique?

[Bishadi]

Originally Posted by Tao_Equus

Do they? I was just reading about lipid bilayers, for some curious reason, and from that it seems to me that the scientific community believes chemical signatures are equally important in all cellular function.

and to ask you a question: how do they identify them chemical signatures?

Just as when they look at planets and stars; how do they identify the elemental structures?

Same answer goes with both.

What light comes from the specific molecules; the signature. Which conforms to a postulate; each structure maintains its own 'f' capacities.

[Tao_Equus]

Originally Posted by Bishadi

and to ask you a question: how do they identify them chemical signatures?

Just as when they look at planets and stars; how do they identify the elemental structures?

Same answer goes with both.

What light comes from the specific molecules; the signature. Which conforms to a postulate; each structure maintains its own 'f' capacities.

If you dont mind I'l hold off on that till i have had a look at what else you suggested over on the other thread.

Tao

[cyberpi]

The alleged ratio of both Pi and Phi are calculated as an infinite number of ratios added together. Each ratio gets progressively smaller but there is allegedly an infinite number of them. The expression of Phi has the irrational sqrt(5) in it and calculating it involves the infinite number of ratios added together. So the question is not whether either one is a ratio, but of how many ratios. Infinite? Irrational.