#Fibonacci sequence in art and nature how to
#Fibonacci sequence in art and nature series

I mean, Piet Mondrian looks like a complete hack until you realize that neoplasticism isn't just about grids with straight lines and primary colors it's a distillation of composition through abstraction. However, one can't deny the impact the Golden Ratio and other compositional techniques have had on the art world. That's the glory of art: there are no rules. So, what makes the Fibonacci Sequence so special? Don't we filmmakers tend to use the Rule of Thirds in composition anyway? I mean, yeah, a lot of filmmakers use the Rule of Thirds and produce beautiful imagery, while others use the Golden Ratio and produce beautiful imagery, and still, others use no formal pattern or system for composing frames and produce beautiful imagery.Ĭomposition II in Red, Blue, and Yellow (Piet Mondrian, 1930) Here's a video that explains the Fibonacci Sequence in more detail:Īnd for all of you hardcore numbers nerds and mathemagicians, here's Arthur Benjamin's TED Talk about the famous sequence. I took it home, read it, obsessed over it, learned about the Golden Ratio and how it was used in art and thought, 'I need to make images that follow this pattern.'Ġ, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144… I went to my local library one day and found a book about the Fibonacci Sequence.

I originally wanted to go to school to be some sort of mathematician, and in fact, that's what lead me to Fibonacci and filmmaking.

#Fibonacci sequence in art and nature how to

This video from Aputure not only gives you a quick primer on what the Fibonacci Sequence is but also how to use it in your own compositions.

#Fibonacci sequence in art and nature series

What does that have to do with filmmaking? Well, nothing-unless your goal in crafting an image is to tap into its inherent aesthetic qualities through one of the most beautiful series of numbers on Earth: the Fibonacci Sequence. Do you have any guesses why they might be called that? In order to figure out the answer, we have to learn about something called the Fibonacci sequence.Nature, for the most part, is a numbers game, revealing how so many of the structures we see in our world and beyond are made up of discernable patterns and sequences. The natural spirals aren’t identical-some are big, some small, some show up as a line, some as rows of leaves or petals. The mathematical secret behind nature’s spirals Read on to find out more about the magical mathematical explanation! What other connections can you find?Įach of the spirals in these photographs follows the same mathematical pattern. In the photos of the galaxy and the water puddle, it looks like many different spirals are layered on top of each other. The inside of the sunflower and the leaves of the succulent don’t have spiral lines in the same way, but the seeds and leaves are organized in a similar spiral pattern. It almost looks like if you put the two images on top of each other, they would match up. The curve of the chameleon’s tail is just like the shape of the shell (which is a special type of shell called a Nautilus). What do you notice about these spirals? Did you find any similarities between the different images?