Import a frame from a different domain
Describe your problem as if it were a challenge in an unrelated field, then steal the solutions from that field.
Why it works
Analogical reasoning allows a solver to borrow solution structures from domains where similar problems are already solved. The cognitive mechanism is structural mapping: the brain identifies the relational structure (not the surface features) between two domains, allowing novel solutions to transfer. Research on analogy in problem solving (Gentner, Holyoak) shows it is a primary driver of creative leaps and scientific discoveries.
How to do it
- Strip your problem to its relational structure ("something needs to travel through a hostile medium without being destroyed").
- Ask: "Where in nature, engineering, or a completely different industry is this already solved?" and name three analogies.
- For each analogy, list the solution mechanisms used there.
- Translate those mechanisms back to your domain and evaluate which are actionable.
Evidence
Analogical reasoning in problem solving is one of the more studied areas in cognitive science. Holyoak and Thagard’s work shows that structural analogy, when explicitly prompted, measurably increases novel solution generation compared to within-domain search. (observational)
Lab findings on analogy transfer may not fully generalize to messy real-world problems where the relational structure is harder to identify cleanly.
Sources
- Holyoak & Thagard (1995), Mental Leaps: Analogy in Creative Thought
Common mistake
Borrowing surface features ("let’s make it more like Apple’s design") instead of the relational structure, which produces superficial imitation rather than genuine insight.
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More practices for Problem Reframing: Solving the Right Problem First
- Climb the why–why ladder
Ask "why is this a problem?" repeatedly to reveal the higher-level goal your current framing may be missing.
- Rephrase the problem as a "How might we…?" question
Convert a problem statement into a question that invites solutions without prescribing them.
- Reverse the problem to break fixation
Ask the opposite question ("How could we make this worse?") to escape the constraints of the original framing.
- Map who actually owns the problem
Identify whose problem it truly is before investing in a solution — the framing often changes when you name the real owner.
- Audit which constraints are real and which are assumed
List every constraint you’re working under, then test each one for whether it is actually fixed.
- Change the metric you’re optimizing
Shift which outcome you measure and the problem often dissolves or transforms entirely.
Related concepts
- TRIZ: Systematic Invention and the Logic of Contradictions
Contradiction mapping, inventive principles, and why the best solutions eliminate trade-offs rather than manage them
- Constraint Relaxation: Escaping the Walls You Built Yourself
How over-constrained thinking blocks insight, and what to do about it
- Osborn’s Brainstorming Rules, Made Practical
The original four rules, the mechanisms behind them, and what the research actually shows