top of page
cb3de673bd2b298b7c9aa6d9ff4d37f4_original.webp

Golden Ratio

The Full Story and Applications in Real Life

Greatest mind of the Earth from all ages, from eminent mathematicians like Euclide or Pythagoras to modern artists, physicists have spent hours to work on this ratio's properties. 

For two quantities x and y (x>y), they are in golden ratios if their ratio equals to the ratio of their sum to the number x: 

gr.png

Because of its definition, the ratio has a complex relationship with the Fibonacci sequence as whenever we take the ratio of any two successive Fibonacci numbers, it gets closer to the Golden Ratio.

The ratio has been applied not only to math but also to artists, designers, and scientists. One of the famous examples of this ratio, as I have collected, is the sequence of flower: lily (3 petals), buttercups (5 petals), chicory (21 pedals), and daisy (34 pedals). 

cichorium-intybus-chicory-seeds-01_800x.webp

The unique property is also applied to snail shells for the logarithmic spiral, the shape of the rectangles that depicts precisely the golden ratio.  

maxresdefault.jpg

Other examples can be found in astronomy, etc: 

DY5yKF-XUAoT8R-.jpg

Spiral Galaxy

nature-img-1.jpg

Hurricane Katrina

images.jpeg

The Pine Cone

Last but not least, beauty. Faces are also bounded with famous examples of Golden Ratio. Each part on one's face is positioned at sections in the Golden Ratio. Although there are differences between people, as the population gets higher, that average ratio limits to the phi number. People have been said to be more attractive to people whose "ratios" are closer to phi. 

Leonardo-da-Vincis-Mona-Lisa-and-Golden-Ratio-Source-Huntley-EH-1970.png

The mysterious painting of Mona Lisa

bottom of page