![]() it also fits inside the mid-sized golden triangle. They're all inside and the closest one is alone, right where the spiral begins! See?. Look where the 4 tulips fall within the golden spiral. ![]() but this tulip image felt comfortable to me. There doesn't seem to be anything really wrong with it. When I evaluate my photos, even though the focus and exposure is right on, sometimes one just doesn't click with me. Groups of odd numbers are the best and 3 feels most comfortable. Even numbers seem off-balance and just don't work well. 3 is a magic number whenever you make a grouping. You only need the patterns that come from the golden ratio to make thisĪ little extra about the three tulips at the bottom. Before that, back in the 5th Century BC, Pythagoras seems to be the first one credited with discovering the divine proportion. He wasn't the one who first stumbled on to the Golden Ratio - he came across it while he was studying East Indian mathematics. Want to read more about it? What is Fibonacci's Golden Ratio?įibonacci published a mathematical sequence in 1202 in a book called the Liber Abaci. You'll see the pattern in the shape of pineapples, pine cones, the branching in trees, fingerprints, DNA, the Nautilus shell, for a few examples. It's easy to see that the tiny flowers and seeds don't This sunflower right here, shows the spiral pattern "Golden Ratio" creates a spiral pattern that appears many places in Well, not long after Num3ers I learned about Fibonacci. When heĮxplains his theories in layman's English, I've got to admit that math Solves crimes for the FBI with seriously complicated math. Young mathematical professor and a genius. Have you ever seen Num3ers? Absolutely fascinating.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |