Welcome to FractalEcho.comWhat defines Extreme?
FractalEcho can calculate to a resolution of 5.0e-65, which is effectively 2.0e64 (a 2 followed by 64 zeros) magnification. This extreme resolution allows us to explore fractal regions previously unimaginable, potentially revealing patterns never seen before.
For comparison, most fractal apps can achieve accuracies to 1.0e-8. Some can reach 1.0e-15 resolution. In contrast, FractalEcho delivers an astonishing 5.0e-65 resolution.
To put this into perspective, let’s consider our nearest galaxy, Andromeda, which is approximately 2.5 million (2.5e6) light-years away. On the other extreme, a single atom has a diameter of about 1.0e-10 meters, while an electron within the atom has a diameter of approximately 1.0e-14 meters.
Comparing the diameter of a single electron to the distance to Andromeda reveals that an electron’s size is roughly 4.23e-37 times the distance to Andromeda. To form a bridge to Andromeda, we would need 2.37e36 electrons stacked side by side. That’s a 2 followed by 36 zeros!
Now, let’s consider the remarkable resolution achieved by FractalEcho. Comparatively, this would require a galaxy 8.5e27 times farther away than Andromeda. When compared to the size of a single electron, this extreme resolution of FractalEcho effectively describes the vastness of the universe.
FractalEcho is available on the AppStore.
