![]() Especially considering the fact that every snowflake is unique in terms of it’s structure. This seems quite simple at first but it has troubled science for quite a long time. Each arm of a snowflake is identical, unless it has been damaged. But what about the mathematics? Well, it’s all about the symmetry. A snowflake is an ice crystal that falls from the sky. Snowflakes certainly are a beautiful glimpse of mathematics in nature. Clearly, DNA structure is related to the Fibonacci numbers. It was named after the man who discovered it, Fibonacci, who some call the greatest European mathematician of the middle-ages. This includes rabbit breeding patterns, snail shells, hurricanes and many many more examples of mathematics in nature. The Fibonacci sequence is a mathematical pattern that correlates to many examples of mathematics in nature. The structure of DNA correlates to numbers in the Fibonacci sequence, with an extremely similar ratio. DNA damage is not a harmless thing, without it we couldn’t exist. How we live changes our DNA and our DNA affects how we live and age. It contains much of the genetic code that allows us to grow, function, and produce new life via reproduction. It truly is one of the more awe inspiring examples of mathematics in nature.ĭNA is vital to all living organisms. There is a mathematical formula for this – planet Earth would become a black hole if compressed to the size of a walnut. For a black hole to be created, mass have to be compressed enough for it to collapse into itself. It is thought that there is a black hole in the centre of every galaxy. And since 2014, it is thought that a tiny amount of light is able to escape also. Despite the original theory that literally nothing can escape black holes, it is now thought that some information can escape. Stephen Hawking was able to learn that they do emit radiation in the 1970s. Only quantum theory would give us a more deep understanding of black holes. For this reason, black holes easily belong on our list of examples of mathematics in nature. But they had no idea what it was – just that the formula behind black holes was a true mathematical anomaly. The existence of black holes was originally discovered by a mathematician. This is a list of 10 epic examples of mathematics in nature. Everything we can observe has a mathematical explanation, even the most complex and beautiful of anomalies. ![]() Some say our universe is literally made out of mathematics in the same way that computer programmes are made out of code. We can see mathematics in nature – numerical patterns within sunflowers and breeding ratios – formulas have been used to predict the discoveries of mathematical anomalies like black holes. ![]() However, the existence of mathematics has made it a lot easier for us. The difficulty was always making the discoveries within science to do so. For centuries, we have known that the world around us can be explained by the scientific method. ![]()
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