The golden ratio is referred to by many diverse terms, such as golden mean, golden section, medial section, divine proportion, golden cut, and extreme and mean ratio. All these names point to the fact that, it is a ratio of dimensions of a given entity, but this description seems vague. A more accurate way to describe it would be, to call it a ratio of line segments when a line is divided into two parts (a and b), such that the ratio of 'a' to 'b' is the same as the ratio of (a+b) to 'a'. This ratio is called the golden ratio, and is signified by the Greek letter phi (Φ). Its mathematical value is 1.61803398... For general purposes, the value is assumed to be 1.618. This value can be derived using basic quadratic equations, geometry, or by analyzing the Fibonacci sequence. This sequence is a series of numbers, where each number is the sum of its two preceding numbers. The initial sequence is as follows - 0, 1, 1, 2, 3, 5, 8. 13. 21, 34, 55, 89, 144, and so on. The interesting aspect of this series is that, after the first four to five numbers, if each number is divided by its immediate predecessor, it yields a value close to 1.618. This value approaches closer to the golden ratio as the series progresses. The Fibonacci series is often visually represented as given above. Each number is represented as a square, whose side measures the same as the value of the number. These squares are then placed adjacently as the series progresses, to yield what is known as the Fibonacci rectangle. If a spiral is drawn through the corners of each square, one obtains the Fibonacci spiral. Just as how the ratio of the numbers of the series yields the golden ration, so is the case with this spiral. The ratio of each turn of the spiral, or the ratio of its increasing radii, yields the golden ratio. This is the common form of manifestation of the divine ratio in natural elements The elucidation of the relationship between the golden section and the Fibonacci sequence is vital in order to detect and identify the presentation of this particular ratio in nature. In addition to these examples, the divine proportions is also seen in various architectural wonders, like the Greek Parthenon, paintings like the Last Supper, in musical symphonies and instruments, and even in biblical texts (dimensions of Noah's Ark). This ratio has been revered as divine, and called God's fingerprint due to its presentation in numerous living as well as non-living entities. Some claim that this is evidence of God's presence and his intelligent design of the universe, whereas, at the same time, others point out that these are mere statistical manipulations. Whatever the case may be, it is interesting to note the presence of this ratio in so many varied forms in nature.