• When an algorithm is implemented and verified against the ground truth, it becomes formulated into a mathematical object that can be later used in other algorithms.
• Once proven, these algorithms become abstracted, taken as proven claims that need no further investigation.
• Algorithms, once formulated, become the foundation of other algorithms, where they will contribute to ground-truthing, programming, formulation, and other practices.
• They become the basis and components of other algorithms and contribute to further work in science.

Eventually, an algorithm moves to the programming phase, where a set of modules and a list of instructions are created to solve the defined problem.

While this phase is usually reduced to pure source code, there is a lot more to programming than that. The most overlooked aspect of programm...