JH
Jonathan Haber
Edward de Bono

What is lateral thinking and how do you use it to solve problems?

De Bono’s system for escaping the grooves of habitual thought

Short answer

Lateral thinking, coined by Edward de Bono, is a set of deliberate techniques for disrupting habitual thought patterns so that a problem can be approached from an unexpected angle. Unlike vertical (logical) thinking, which deepens the current line of reasoning, lateral thinking deliberately abandons it to find a new entry point. Evidence for specific techniques is largely observational and practitioner-reported; the underlying cognitive principle — that breaking pattern-lock enables novel solutions — has support in creativity research.

Edward de Bono introduced lateral thinking in the late 1960s as a direct counter to the limitations of purely logical, sequential reasoning. His core insight: the brain is a pattern-matching organ, and most problems that resist standard analysis do so because the thinker is trapped inside a pattern that the problem created. Lateral thinking techniques are designed not to find the right path, but to interrupt the current path long enough for a different one to become visible. Below are the core practices, each with the mechanism that makes it work and an honest read on the evidence.

The practices (7)

Why it works

The brain is primed to follow familiar associative pathways when confronting a known problem. A randomly introduced stimulus has no logical connection to the problem, forcing the mind to construct a bridge between two unrelated domains. That bridging process activates conceptual combinations not accessible from within the problem’s own frame — this is the same mechanism that makes analogical reasoning and creative metaphor productive.

How to do it
  1. 1State the problem clearly in one sentence.
  2. 2Open a book, dictionary, or random-word generator to a completely arbitrary word or image.
  3. 3List five attributes or associations of the random word without filtering.
  4. 4Force-fit each attribute back to the problem: "How could [attribute] change our approach to [problem]?"
  5. 5Generate as many bridges as possible before evaluating any of them.
Evidence
Mechanistic

Remote-associates and forced-association tasks produce genuine creative outputs in lab settings; the random-entry technique is a practical application of the principle that distant conceptual combinations generate novel ideas. The specific technique is practitioner-reported and widely used in design contexts.

Honest caveat: Laboratory evidence supports forced association as a creativity technique generally; de Bono’s specific random-entry format has not been compared to controls in published trials.

Common mistake: Choosing a word that feels "relevant" rather than truly random, which defeats the mechanism — the point is to import a frame with no prior connection to the problem.
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