However, the discovery of this sequence precedes Fibonacci it was discovered and described as “Virahanka” in Indian mathematic scriptures. The Fibonacci numbers were first introduced to the Western World through his book Liber Abaci in 1202. As knowledge of mathematics was important to traders, his interest was cultivated in his youth. He was a man who traveled widely and traded extensively. The sequence is named after Fibonacci, an Italian mathematician who was also known as Leonardo of Pisa, or Leonardo Pisano. The mathematical equation that represents this sequence is xn = xn-1 + xn-2. The Fibonacci sequence is a series of numbers starting from 0 where every number is the sum of the two numbers preceding it. So let’s find out some more about this mysterious series of numbers. Be it a tree branching out or a cluster of stars, the golden ratio can be observed in most naturally occurring phenomena. This intriguing sequence of numbers is an integral part of what is known as “the golden ratio” which is said to be the ratio in which many natural phenomena occur. In terms of what itemit are doing, we’re making every QR globally unique, meaning that no matter where you are, you know everything you need about the asset in front of you, helping the world become a lot more connected.If you’ve read the book “The Da Vinci Code” then you already know about the Fibonacci sequence. Something that may help create new networks, taller buildings, or a more connected world, then maybe that’ll be the next step towards the future. Something that human beings aren’t using or haven’t latched onto yet. How else can this help moving forwards? If you’re seeing something that helps survival chances in nature, that helps growth and strength and quality of life. So, when you’re reading about new technologies and thinking about how they will affect your life, think about how nature’s been fulfilling that purpose for years and how that affects the survival possibility of both predator and prey. Whether it’s how lions track zebras in a herd and how that’s just like asset tracking, or if it’s the formation of “code” in snowflakes becoming like QR codes, or even if it’s how spiders create webs being comparable to the internet, there are so many parallels that can be drawn. If we look for all of the patterns and analogies in nature and apply them to our own ever-evolving and ever developing world, then we can predict better how things will happen and we can find the obvious next steps towards the future. As barcodes are typically unique to the product type and organisation, not the item itself, it’s the specific ability to track an individual zebra, or asset, that’s difficult. Not only can we look to nature to see solutions and opportunities for growth and improvement, therefore, but we can also look to nature to see the problems and how to overcome them.īecause what is the solution for a lion to hunt a zebra other than thinning the herd? Well, it’s to look for a zebra that stands out and that it can find through all of the madness – like a scanner finding a QR code, or an RFID tag. While this can help in this context, as if you’re buying two of the same item only one of them needs to be scanned twice, speeding things up, it can also present an issue with identification and create difficulties relating to human error, such as accidentally scanning multiple items multiple times creating a hefty bill! If a barcode is in a herd of other, similar-looking barcodes, how is a scanner going to pick up on this? At the same time, if a barcode is camouflaged and at a disorienting angle, how is a scanner going to be able to read the pattern? This is also similar to shops, as barcodes from various organisations actually aren’t unique, meaning if it’s scanned twice, you pay twice. This is similar to the reason why barcodes aren’t enough for unique tracking. In order for a tiger to blend in it must be alone within the jungle, but for a zebra to blend in they must be in a herd. So, the use of a zebra’s stripes and a tiger’s appear to have the same purpose, but the ways in which this purpose is achieved oppose each other. Tiger’s stripes are also a form of camouflage, allowing them to hide throughout the jungle and hunt their prey. Zebras in a herd stop lions from being able to track a single individual zebra, making an attack difficult.Įvery tiger has a different and unique set of stripes, meaning that they can be identified by these stripes. The first and most obvious reason for stripes is in terms of security. Stripes, although not as mathematically created as symmetrical or proportional patterns, have immediately apparent uses in nature.
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