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While some call it magical, others call it practical. While it is applied “conscientiously or subconsciously,” the Golden Ratio makes sense in many designs. “Sounds are based on intervals of chord progressions,” Wiederspahn said.” Sound is a natural phenomenon, but we can artificially create these phenomena.”Īfter years of experience in the field, Widerspahn has had an innate sense of the Golden Ratio since the beginning of his architecture practice. It is derived from nature and unintelligent systems. Peter Wiederspahn, principal of Wiederspahn Architecture LLC and associate professor of architecture at Northeastern University, states that the Golden Ratio is steeped in Renaissance architecture and theory, with much of the inspiration coming from music: Since then, it has been used in paintings like Leonardo Da Vinci’s “Mona Lisa” and Salvador Dali’s “The Sacrament of the Last Supper.” It has also been portrayed in buildings like the Parthenon in Athens, and renowned architect Le Corbusier relied on it for many of his projects. The earliest known use dates back to 450 BC, when Greek sculptor Phidias used it in his art. Our brain recognizes it and associates it with beauty and harmony without us even knowing.įor this reason, artists and designers take advantage of the aesthetic qualities of the proportion. Over time, this field of vision has taken the proportions of the Golden Ratio. The scope of vision has evolved accordingly, and the eye takes in information more efficiently when it scans side-to-side. This is because attacks come from our right, left, back, front, in between far more often than up or down. Adrian Bejan, professor of mechanical energy at Duke University suggests that evolution has made the human eye capable of interpreting images featuring the Golden Ratio faster than those that do not.īejan argues that the human world is oriented horizontally rather than vertically.
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Not only is the Golden Ratio embedded in our skulls, research has shown that it is hardwired into our brains. In all of the 100 skulls researchers studied, they found that the bisection of these points creates two arcs whose distances exhibit the Golden Ratio. The Nasioniac arc connects the tip of the nasal bone to the inion, a small bump on the back of the skull, and the Bregma is a curve on the top of the skull that follows a similar path that a headband would.
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A 2019 study from John Hopkins University compared 100 human skulls. The iconic spiral can also be found in hurricanes, seashells, and even the human skull. In sunflowers, the numbers are even larger (21:34) and more accurate. In pinecones, eight seeds move in a clockwise direction, and thirteen move counterclockwise. For both, seeds grow along two intersecting spirals that move in opposite directions, and every seed belongs to both spirals. For instance, the spiral in sunflowers and pinecones follows the Golden Ratio. This ratio can be found throughout nature. For example: 1, 1, 2, 3, 5, 8, 13, 21… As the values become larger, the ratio becomes more accurate by accumulating more decimals.
#The goldenratio series#
Closely related is the Fibonacci Sequence, a series of numbers where every number is the sum of the two preceding numbers. It is approximately 1:1.618 and is represented by the Greek letter Φ (Phi). The Golden Ratio occurs when a line is divided in two, where the longer part ( a) divided by the shorter part ( b) equals the total length of the line ( a+b) divided by the longer part ( a) a is to b as a+b is to a. From the Pyramids of Giza to the Mona Lisa to vegetables, this number can be found nearly everywhere. We may be familiar with pi (π), Euler’s Number ( e), and the square root of two, but a lesser known irrational number may hold many secrets to the universe: the Golden Ratio. To most, irrational numbers seem - well - irrational.