Difficult challenges often remain unsolved because they are consistently approached with the same tools and viewpoints. True progress requires introducing a novel perspective, a new tool, or temporarily shifting focus to a more tractable problem.

Instead of rushing to solve a perceived problem, spend time questioning the problem itself—a process Dr. Seelig calls "framestorming." For example, the problem isn't designing a better suitcase; it's getting your belongings to a destination. This redefinition opens up radically different and more innovative solutions.

Instead of framing choices as trade-offs (“Should I be an academic or a consultant?”), reframe them as synergistic goals (“How can I be an academic in order to have impact?”). This simple linguistic shift forces the brain to seek creative, integrated possibilities that were previously invisible.

Instead of assuming that important work requires struggle, ask, "What if there's a simpler way?" This mental flip, called "effortless inversion," uncovers dramatically simpler solutions that were previously invisible. It reframes problems from obstacles requiring brute force to puzzles seeking an elegant answer.

Jamer Hunt proposes "scalar framing" to tackle wicked problems by analyzing them at different magnitudes. For example, urban cycling can be a product design problem, an urban planning problem, or a policy problem. Shifting scales reveals new intervention points, creative solutions, and unexpected collaborators.

Teams often waste time trying to find a single "hero" solution for a complex system failure. A more effective strategy is to first isolate *where* in the system the problem exists. This narrowing approach is a faster path to a root cause than jumping between different global hypotheses.

Effective problem-solving uses a two-stage process modeled by chess grandmaster Magnus Carlsen. First, leverage intuition and pattern recognition ('gut feel') to generate a small set of promising options. Then, apply rigorous, logical analysis only to that pre-filtered set, balancing creativity with analytical discipline.

The "midwit" trap is thinking you're the genius and overcomplicating things. A better approach is to actively simplify your solution to a level an "idiot" could understand (e.g., "calories in, calories out"). This often leads to the same simple, effective answer the "genius" would arrive at.

The most common failure in problem-solving is rushing past defining ("State") and structuring the problem to get to the more gratifying "Solution" phase. A disciplined, multi-stage process forces a shift from instinctive (System 1) to deliberative (System 2) thinking, preventing premature and often flawed solutions.