FRACTAL TIME: EXTENDED OBSERVER PERSPECTIVES

What is the characteristic of fractal? Lots of things, lots of things! But the amazing, characteristic aspect of the fractal is that they are infinite! Fractals are infinite in two different meanings, macro level and micro level. Fractals spread to infinite values ​​of their coordinates and extend outward from all directions outward from the center. It's like starting from the center of the universe and then trying to find the end of the universe outward! Another noteworthy feature of fractals is that they have self-similarity; any region of the fractal seems to be very similar (but not necessarily identical) to the entire fractal. All information on fractals is contained in its "parent" image, so that DNA stores all the information for each of us.

Fractals are detailed patterns that appear to resemble on any scale and repeat over time. Fractal patterns become more complicated when viewed on a larger scale. The example of this fractal shows that the simple shape increases over time but remains the same pattern. Examples of natural fractals are snow, branches, lightning and ferns. The spiral is a curve pattern focused on a series of circles rotating around the center point and its surroundings. Examples of spirals are pine cone, pineapple, and hurricane. Plants use helical shapes like those of the above leaves because they are constantly growing but remain safe. The spiral shape allows plants to condense themselves without taking up too much space making it stronger and more durable

The shape and form of a very common fractal found in fractals and nature are spirals. This is one of the most common forms expressed in fractals commonly found on the Internet, and such mathematical shapes also exist everywhere in nature. Is there a link between mathematics, science and creation? Fractals are called "God's fingerprints", maybe they are! The following example shows this helix at several levels from microscopic to galaxy of the universe.