Progress arises from the reuse of known connections
Progress often occurs not because a person has received completely new information, but because they have learned to use already known connections, methods, and systems in a new way.
The basic mechanism here is described in the concept “The known as a tool for exploring the unknown”: a person uses already mastered elements to understand what they do not yet know.
But progress begins where this ability goes beyond closing a specific gap. The known begins to be intentionally transferred to another context, inverted, combined, extracted from the original system, and embedded into new systems.
Several typical mechanisms of such progress can be distinguished.
Transfer. A known principle is applied in another field. Mathematical methods move into physics, physical principles into engineering, statistical models into biology or economics.
Composition. Several already known systems are connected in such a way that a new capability arises which none of them possessed individually.
Inversion of a connection. If it is known how a system transforms an input into an output, the observable output can be used to find a possible input, cause, or hidden state.
Extraction of a subsystem. Part of a system is isolated as an independent reusable component and then integrated into another system.
Change of scale or boundary. An already known principle is viewed at a different level: as part of a larger system or as a system that can be broken down into smaller elements.
The history of technology is full of such examples. An engine can be part of an automobile, but the same principle of energy transformation is transferred to other systems. An algorithm created for one task is reused in another. A scientific method developed in one discipline becomes a tool for another.
Progress can therefore be viewed as the development of the ability to see in the known not only a ready-made answer, but a set of reusable opportunities.
To achieve this, simply remembering a fact or formula is not enough. One must understand the structure: what exactly works, what conditions are necessary, what can be separated from the original context, which connections are essential and which are accidental.
This is precisely why systems thinking is especially important for progress. It allows one to ask:
- what capabilities this system provides;
- what its needs and limitations are;
- which parts can be reused separately;
- what other systems they are compatible with;
- whether a known connection can be deployed in the reverse direction;
- what will change if it is transferred to another context;
- what new system can be assembled from already existing components.
In this understanding, progress is not simply the accumulation of a greater amount of knowledge. It is the growth of the ability to reuse what is already understood to create new knowledge, methods, tools, and systems.
Therefore, two people with the same set of facts can have different potential for progress: one uses knowledge only in its original context, while the other sees transferable structures and new combinations in it.
