Classical iteration is based on a monotonic convergence fallacy. The standard assumption is that proximity equals progress. If the second iteration is not closer to the target than the first, the process is viewed as failing. This is one-dimensional logic applied to complex system design.
In orbital mechanics, direct insertion into an inner-planet orbit like Mercury is energy-prohibitive. To achieve capture, a spacecraft must perform multiple flybys of other planetary bodies. This often involves traveling away from the target to shed kinetic energy and adjust the approach angle. An external observer sees the craft moving away and assumes a deviation from the goal. In reality, that departure is a mechanical necessity for eventual synchronization.
Idea development follows the same physics. When I move away from a core concept to analyze a different topic, I am not losing focus. I am managing cognitive Delta-V. High-velocity thoughts carry too much bias and momentum to be captured immediately. These intellectual flybys allow the idea to be viewed from multiple gravitational perspectives, shedding unworkable assumptions along the way.
The objective is not to crash into a solution at high speed, but to reach a stable orbital state. Moving away is a tactical maneuver to ensure that when I return to the topic, the velocity of the thought matches the reality of the problem. This is how I iterate. It is not about being close; it is about being synchronized.
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