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The Golden Ratio of Beauty
Can you give a number to beauty? The answer is yes – it is roughly 1.62 and it is called the Golden Ratio of beauty!
Can you give a number to beauty? The answer is yes – it is roughly 1.62 and it is called the Golden Ratio of beauty!
The Golden Ratio (also known as Phi, or the Fibonacci number) is the mathematical symmetry algorithm that underlies our perception of attractiveness. The Italian Renaissance polymath, Leonardo Da Vinci, used the Golden Ratio equation and realized that the closer a face or object gets to this number, the higher the level of its perceived beauty. In fact, Leonardo is thought to have used the golden ratio when painting the Mona Lisa!
Studies of the most beautiful women in the world have shown that they have countless instances of this ratio in their faces. This proves symmetry to be a key factor in perceived attractiveness, especially in female faces.
The Golden Ratio (also known as Phi, or the Fibonacci number) is the mathematical symmetry algorithm that underlies our perception of attractiveness. The Italian Renaissance polymath, Leonardo Da Vinci, used the Golden Ratio equation and realized that the closer a face or object gets to this number, the higher the level of its perceived beauty. In fact, Leonardo is thought to have used the golden ratio when painting the Mona Lisa!
Studies of the most beautiful women in the world have shown that they have countless instances of this ratio in their faces. This proves symmetry to be a key factor in perceived attractiveness, especially in female faces.
Why is the Golden Ratio important?
Some scientists believe that we perceive proportional bodies to be healthier. Likewise, if a face is in proportion, we are more likely to find it beautiful. Others think that we tend to perceive a face more aesthetically appealing when it features the Golden Ratio because the human eye can process it faster and that causes our brain to feel ‘pleased’.
The Golden Ratio is not just observed in humans, but it is actually used in architecture and art work as well. It also occurs in nature, in the patterns we sometimes see in sunflowers, pinecones, seashells and other plants and animals.
The Golden Ratio is not just observed in humans, but it is actually used in architecture and art work as well. It also occurs in nature, in the patterns we sometimes see in sunflowers, pinecones, seashells and other plants and animals.
Beautiful Jungfrau Group In the Swiss Alps in Golden Ratio
GOLDEN RATIO: 382 + 618 = 1000
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