Strange Loop Theory

strange_loop_theory.rst

Strange Loop Theory

1. All is transient function.
2. Functions are encoded as transient values in memory.
3. Transient values are definite outcomes of arbitrary functions applied to ambiguous values.
4. This interdependence gives rise to strange loops.
5. All strange loops are able to contain smaller strange loops, and split and merge in many ways.
6. A function that is applied to itself is the strangest loop.
7. Simulators are strange loops whose values are unknowable from within the function.
8. Because strange loops nest, simulations are created all the time.
9. Simulations can be escaped when the simulator is knowable.
10. The only way to know the simulator is to track values and find common ground.
11. Decoding simulators is known as natural science.
12. The strangest loop that optimizes itself with every iteration, and yet fragments further and further is called reality.
13. Decoding simulators of reality is known as physics.
14. Decoding the strangest loop itself is known as mathematics.
15. Encoding new strange loops is known as procedural generation.