Mental architecture: The slow circuit

Sequential, logical and structured operations.

In contrast to the instinctive circuit, we possess a second mental mechanism known as the reflexive system.

The characteristics of this mode of thinking are diametrically opposed: it requires controlled and voluntary activation, which means that we must make a deliberate effort to use it.

Unlike the associative leaps of the automatic mode, the reflexive system operates in a deductive and structured way, tracing a coherent line of reasoning to advance from one concept to another.

Its rate of execution is remarkably slow, as it needs to thoroughly analyze the variables before making a judgment.

This is the circuit we employ when we decide to scrutinize pre-established rules, follow complex instruction manuals or correct impulsive logical errors.

Instead of relying on automatic expertise, it approaches each novel problem from scratch, systematically eva luating the available options step by step to ensure maximum accuracy in the final outcome.

Cognitive exhaustion from sustained effort

The major disadvantage of the reflective system is that its use is extremely laborious and generates intense physical and mental exhaustion.

Our brain, despite constituting only three percent of the total body mass, consumes up to twenty percent of the energy produced by the organism.

Engaging in complex analytical problem solving, such as unraveling a technical conflict or learning to use totally unfamiliar software, demands an enormous amount of this valuable fuel.

At the end of a workday that demanded constant and rigorous use of this reflective circuitry, it is common to experience a profound sense of exhaustion and generalized fatigue.

Understanding this physiological dynamic is essential in the consumer support arena; forcing our users to navigate intricate processes that require exhaustive analysis will quickly deplete their limited reserves of patience.

The key to stellar service is to facilitate solutions that do not unnecessarily strain their logic system.

Summary

The reflective system deals with deep and fully logical analysis. Its operation requires a sequential, deliberate and highly structured approach to solving any problem.

Keeping this circuitry activated consumes an enormous amount of physical energy. People experience severe fatigue after prolonged periods of concentration and exhaustive analysis.

Unlike automatic mode, reflection requires constant voluntary activation. Designing simple interactions avoids exhausting the limited mental resources of our target audience.