Scientists have discovered that, on the one hand, the texture of this hydration shell depends on the water content and, on the other hand, actually influences the structure of the genetic substance itself. But maybe, science still needs to catch up on the magic world of water, as there is still so much to discover! For example, water plays a vital role in DNA as water molecules surround the genetic material DNA in a very specific way. If we look at the way scientists would qualify a living organism, then water is not qualified as a living organism. Sunflowers seeds, for example, are arranged in a Fibonacci spiral, keeping the seeds uniformly distributed no matter how large the seed head may be.Īs the Fibonacci spiral is usually found in living organisms, could this mean water is a living organism? For something to be a living organism it needs the following attributes:Īll life forms contain deoxyribo nucleic acid, which is called DNA.Īll life forms have a method by which they take energy from the surroundings, and convert it into energy that helps them live.Īll life forms can sense changes in their surroundings and respond to those changes. Fibonacci spiralįibonacci numbers appear everywhere in nature, from sunflowers to hurricanes to galaxies. He wrote many books about geometry, commercial arithmetic and irrational numbers. Prior to the publication of Liber abaci, the Latin-speaking world had yet to be introduced to the decimal number system. Knowledge of numbers is said to have first originated in the Hindu-Arabic arithmetic system, which Fibonacci studied while growing up in North Africa. Math was incredibly important to those in the trading industry, and his passion for numbers was cultivated in his youth. The son of a Pisan merchant, Fibonacci traveled widely and traded extensively. Named after Fibonacci, also known as Leonardo of Pisa or Leonardo Pisano, Fibonacci numbers were first introduced in his Liber abaci in 1202. Starting with 0 and 1, the sequence goes 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, and so forth. The Fibonacci sequence is a series of numbers where a number is found by adding up the two numbers before it. You might have heard about this before, the Fibonacci sequence, but what is it exactly? Pause to observe your surroundings and you’ll start to notice the familiar spiral all around you.What do dogs, water and the Fibonacci sequence have in common? The Fibonacci sequence can be used to calculate the proportions of countless things on Earth and beyond, such as animals, plants, weather patterns, and even galaxies. This ratio shows up in the branching patterns of trees, the distribution of seeds in berries, the spiral arms of galaxies, and many more natural and human-engineered things.įibonacci Day celebrates this important mathematician and gives us an opportunity to marvel at the way math pervades everything around us. The Golden Ratio, a proportion associated with the Fibonacci sequence and also frequently found in nature, is roughly 1 to 1.6. If starting with one pair, and each month that pair bears a new pair, the number of rabbits will grow at a rate consistent with his pattern of numbers. Fibonacci’s original example for his sequence pondered the population growth of rabbits. Starting with 1, 1, 2, 3, 5, the Fibonacci sequence is created by adding up the two previous numbers to get the next one. In 1202, Fibonacci published “Liber Abaci”, introducing Europe to the Hindu-Arabic system and his now-famous sequence. The system, which includes zero and limits itself to 10 symbols, is much more agile and flexible compared to the unwieldy Roman numeral system. One of the most important mathematicians of the Middle Ages, Leonardo Bonacci - later known as Fibonacci, “the son of” Bonacci - invented a sequence of numbers that shows up constantly in nature, physics, and design.īorn to an Italian merchant, the young Leonardo traveled to North Africa with his father, where he was exposed to the Hindu-Arabic numeral system.
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