There is a specific and repeatable failure mode in entrepreneurial problem-solving. You are stuck. You think harder, spend more time with the problem, involve more people who are closely familiar with it, and generate nothing useful. Then someone with no background in your industry asks a naive question, or you describe the problem to a friend who has no stake in it, and the answer arrives. The research has a precise explanation for why this keeps happening.

Construal Level Theory

Yaacov Trope and Nira Liberman’s Construal Level Theory, developed across a research programme spanning three decades, established that all four dimensions of psychological distance — temporal (how far in time), spatial (how far in place), social (how different from oneself), and hypothetical (how unlikely) — share a single underlying cognitive consequence. Distance in any of these dimensions shifts mental representation from low-level construal — concrete, specific, feasibility-focused, concerned with how — to high-level construal — abstract, schematic, principle-focused, concerned with why.

Low-level construal constrains problem-solving to the immediately visible constraints and conventional framings that a problem presents when held close. High-level construal expands the mental horizon, activates broader conceptual networks, and makes remote associations between distant ideas accessible. Innovative solutions require exactly these remote associations — seeing a connection between the current problem and a principle from an apparently unrelated domain. Psychological proximity suppresses this. Psychological distance enables it, through the same mechanism regardless of which of the four distance dimensions is used.

The temporal reframe

Förster, Friedman and Liberman ran six experiments testing whether a distant-future time perspective improves performance on insight and creative tasks. Participants who envisioned their lives one year later subsequently performed significantly better on a series of insight tasks — including the Snowy Pictures Test and Gestalt completion tasks — than those who envisioned their lives the next day. The temporal distance manipulation altered construal level, and that alteration was the causal mechanism behind the performance improvement.

The entrepreneurial application requires no special conditions. An entrepreneur stuck on an operational problem is working at low construal — focused on today’s constraints, today’s resources, and the obvious next steps. The reframe “how would I think about this if I were looking back on it in five years?” structurally shifts construal level upward, expands the associative search space, and increases the probability of an insight-based solution. The distance is not real. The cognitive effect is.

The spatial distance finding

Jia, Hirt and Karpen demonstrated that spatial distance produces the same construal shift. Participants generated significantly more creative solutions when told a problem had been developed by a research institution approximately 2,000 miles away, compared to participants who believed the same problem had been developed a few miles away. Same problem, same task, same participants — the only manipulation was the perceived geographic origin of the problem. The spatial distance prime raised construal level and expanded divergent thinking output in precisely the way the CLT framework predicts.

This is one of the structural reasons why external consultants, advisors from other industries, and cross-sector partnerships reliably surface solutions that insider teams miss. The outsider is not smarter — they are spatially and socially distant from the problem, which activates the broader construal that proximity prevents.

Solving problems for someone else

Polman and Emich ran four studies investigating whether social distance produces more creative outputs. In Study 1, 262 participants drew an alien character — either for a story they would write themselves, or for a story someone else would write. Designing for someone else produced measurably more creative aliens. In Study 3, 137 students were given a classic insight problem involving a prisoner escaping a tower using a rope that was half the required length. Of those who imagined the prisoner as someone else, 66% solved the problem — compared with 48% of those who imagined themselves in the tower. Social distance was confirmed as the causal mechanism, not effort or motivation differences.

The practical implication is one of the most immediately actionable in this research literature. Entrepreneurs stuck on their own business problems can access the cognitive benefits of psychological distance by reframing the problem as belonging to someone else — a customer, a mentor figure, a fictional entrepreneur they respect — and solving it on that person’s behalf. The reframe is low-cost, requires no external input, and produces the same structural cognitive shift as genuine social distance.

Outsiders outperform experts

InnoCentive, the open-innovation platform that posts unsolved scientific and technical problems to a global network of external solvers, provided one of the most rigorous natural experiments in the applied psychology of distance. Analysis of thousands of submissions found that solvers were significantly more likely to produce breakthrough solutions when the problem fell on the periphery of their expertise rather than at its centre. The solutions came from the edges, not the experts.

The structural explanation maps directly to CLT. Experts working on problems in their own domain are at maximum psychological proximity — they know the problem deeply, are embedded in the field’s conventions, and have high exposure to what has already been tried. That proximity produces low-level construal. External solvers from adjacent disciplines approach the same problem from social and domain distance, activating high-level construal and broader associative search.

The hypothetical frame

Participants who were told a problem-solving task was unlikely to result in them actually implementing their solutions generated more creative responses than those who believed their answers would be enacted. The removal of implementation pressure — the knowledge that the answer did not need to be feasible right now — freed the cognitive system from the feasibility constraints that anchor low-level construal. This is why brainstorming sessions with the explicit caveat “this doesn’t have to be implementable” consistently produce more innovative ideas than practical planning sessions. The hypothetical frame is a construal-level manipulation that structurally expands the associative search space.

Book worth reading on this

A Whole New Mind by Daniel Pink makes the commercial case for exactly the kind of thinking that psychological distance enables — the big-picture, cross-domain, abstract pattern recognition that CLT identifies as the output of high-level construal. Pink argues that the economic conditions now reward this mode of thinking more than the analytical, detail-focused mode that formal education primarily trains. His argument and the CLT research reach the same conclusion from different directions: the ability to think at a distance from a problem is not a soft skill — it is the specific cognitive capability that generates the solutions analytical effort alone cannot.

If the dynamics described here are significantly affecting your wellbeing, speaking with a psychologist is the right next step. UK: Samaritans (116 123, free, 24/7). Mind (0300 123 3393). BACP: bacp.co.uk/search/Therapists. Crisis Text Line — text HOME to 741741 (US, UK, Canada, Ireland). International: internationaltherapistdirectory.com.

This article is for educational and informational purposes only. Sources: Trope, Y. & Liberman, N. (2010), Construal-Level Theory of Psychological Distance, Psychological Review, 117(2), 440–463. Förster, J., Friedman, R.S. & Liberman, N. (2004), Temporal Construal Effects on Abstract and Concrete Thinking, Journal of Personality and Social Psychology, 87(2), 177–189. Jia, L., Hirt, E.R. & Karpen, S.C. (2009), Lessons from a Faraway Land: The Effect of Spatial Distance on Creative Cognition, Journal of Experimental Social Psychology, 45(5), 1127–1131. Polman, E. & Emich, K.J. (2011), Decisions for Others Are More Creative Than Decisions for the Self, Personality and Social Psychology Bulletin, 37(4), 492–501. Zhang, Y., Wang, X., Zhang, A., Zhou, J., Xu, X. & Pang, W. (2025), Greater Psychological Distance, Better Creative-Idea Selection, BMC Psychology, 13(1). Pink, D.H. (2005), A Whole New Mind, Riverhead Books. Kahneman, D. (2011), Thinking, Fast and Slow, Farrar, Straus and Giroux.