Wow!

When you start looking for numbers that hard, you can find them in anything. I'll bet π is hidden in Harry Potter if you look hard enough

What you say is true 100%. You are correct.

I have spent over 10 years accumulating data. When the examples are few, as you say, they can be found anywhere. When they start piling up, then it is no longer random.

In my opinion, even a few hundred samples are not enough to convince me they are correct.

For example, The Golden number Phi=1.618 is found when you measure the wall of the al Aqsa mosque.

It is also found in the Parthenon, The great pyramid, Stonehenge, etc.

Solving this number is not simple using Roman Numerals for example, as it requires successive approximation.

Getting more than 1 or 2 decimal places of accuracy is not an easy task.

Uhh, could you use more than one sentence per line? It's really spaced out. Paragraph form is a good thing.

>I have spent over 10 years accumulating data. When the examples are few, as you say, they can be >found anywhere. When they start piling up, then it is no longer random.

>In my opinion, even a few hundred samples are not enough to convince me they are correct.

Even cooler is the fact that for every single circle, if measure how long it is around the edge, and then divide that by it diameter, you get the same number every time: π!

Clearly something requiring divine explanation is at hand. Like really what is the chances that will happen EVERY SINGLE TIME !