is an irrational number that continues on for infinity. It’s aproportion you can see not only in planets, stars, and moons,but also in any life form on Earth, including your own body.If you look at the joints and bones in your hand anddivide the length of the bone that includes your fingernailinto the length of the next one, the phi ratio appears:1.6180339. If you then take the length of that bone anddivide it into the length of the next bone in your finger, thephi ratio appears again. You will find the Golden Mean ratioin all of your bones.I feel certain that the Golden Mean is the most importantproportion/ratio of all the other possibilities of mathematicsthat exist. Even the actual size of the planets and their moonsis not an accident, but perfectly match Sacred Geometry.But for life, you, me and All Life Everywhere, we don’tknow how to create the Golden Mean ratio. In fact, I don’tbelieve the Golden Mean actually exists naturally anywherein the Universe. It’s only this idea, this ideal proportion, butin nature, the Golden Mean is only approximated. It doesn’tactually exist in nature anywhere. Life doesn’t know how touse numbers that never ever end. But didn’t I say that theGolden Mean is found throughout your body? Am I contradictingmyself? Let me explain.Life figured out this awesome proportion from the verybeginning of creation, but a man named Fibonacci rediscoveredit only a few hundred years ago. The Fibonacci Seriesgoes 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144, and so on. Itsimply is a series where you add the first number to the nextnumber in the series to arrive at the new third number. So ifyou start with 5 and add it to 8, the next number is 13.20The Mayan <strong>Ouroboros</strong>
But if you divide these numbers into themselves withthe Golden Mean ratio of 1.6180339 (approximately) as yourgoal, you begin to understand. You divide 1 into 1, you get 1,and this number is under this Golden Mean proportion. Ifyou divide 1 into 2, you get 2, which is over the number, butit’s closer to the actual number. Then when you divide 2 into3, you get 1.5, which is closer to this number, but it’s under.When you divide 3 into 5, you get 1.666667, which is over butcloser again. And if you watch this, as you continue to dividethe smaller into the larger number you keep getting closer tothe Golden Mean ratio of 1.6180339. By the time you divide34 into 55 and get 1.6176, you are getting very close.A nautilus shellSedona, 2007 21