The Science of Creativity

Discover how combining many components—dimensions, material, shape, and function—boosts the perceived uniqueness of an idea by expanding associations and challenging one-to-one judgments.

Learn how to emphasize or deemphasize existing components to create a unique product, illustrated with Southwest Airlines and a soundboard analogy, inspired by Blue Ocean Strategy.

Distancing your idea explains how to create unique ideas by sourcing outside your comfort zone—from similar to dissimilar industries—unlocking blue ocean opportunities with new components.

Using components differently, this lecture shows how reusing military-origin ideas—like GPS, radar, digital photos, and jet engines—in new consumer functions creates unique, practical innovations.

Explore eight propulsion theory strategies including replication, redefinition, forward incremental motion, advanced forward incremental action, redirection, reconstruction, reinitiation, and synthesis.

Explore how domain-specific knowledge, creativity-relevant skills, and motivation shape the creative person and process, with a focus on environment, emotions, collaboration, and organizational creativity to drive innovative outcomes.

Unpack the Genesis floor model: generate many ideas, then explore their implications through divergent and convergent thinking, evaluating fluency, flexibility, and originality to reach actionable solutions.

Explore seven stages of the creative process—from preparation and problem finding to problem solving, insight, evaluation, elaboration, and implementation—emphasizing knowledge-building, conscious and unconscious processing, and iterative refinement.

Explore how sense making guides a non-linear creative process that cycles through preparation, problem finding, problem solving, evaluation, elaboration, and implementation as your brain makes sense of ideas.

The science of creativity explains how expertise shapes preparation, with a large knowledge base, fine distinctions, and intuition driving creative problem solving across industry and projects.

Explore how top-down and bottom-up processing drive creativity by revealing mental filters, beliefs, and expectations, illustrated with a moonwalking bear that highlights perceptual bias.

Explore marginality by blending domain-specific knowledge with varied hobbies to generate unique ideas, drawing from similar and dissimilar industries for creative problem solving during preparation.

Identify the three sources of problems—personal experience, industry tension, and social tension—and learn how recognizing these can shift your focus toward creative problem solving in daily life and work.

Explore how personal problems from daily life spark creativity, and distinguish conscious from unconscious awareness to turn everyday tensions into productive ideas, using stand-up jotting as a model.

The public presents problems that the industry gradually addresses; creative people mine forums and direct feedback to identify and solve real app and product needs.

Define a creative problem to steer your actions, using recognition, comparison of expectations and reality, reasoning to identify causes, and precise problem definitions that lead to effective problem solving.

Observe how the problem solving phase uses observation to filter ideas against a defined problem, moving from general browsing to targeted searching, illustrated by Darwin and Lyell's ideas.

Discover how observed distance from your industry affects idea uniqueness and effectiveness. Apply this balance to cross-industry insights—from social media to stand-up comedy and beyond—to fuel creativity.

Learn how abstraction links observation to synthesis in problem solving, illustrated by the candlestick problem with four objects—box, tacks, candle, matches—versus three.

Develop a smart synthesis by combining core ideas through convergent and divergent thinking, guided by intuition and linear thinking, to create emergent properties and unique solutions.

Explore how the unconscious synthesizes multiple factors in parallel to solve problems, contrast with linear conscious thinking, and learn how emotions, danger, and verbalization shape insight.

Explore how insight arises in the science of creativity by recognizing evolving problem definitions, leveraging stepping stones, and connecting subconscious cues, emotions, intuition, and dreams to spark breakthrough solutions.

Evaluate ideas through early and late stages, moving from problem solving toward refinement and avoiding premature closure. Assess fit with competition, trends, and influencers to decide next steps.

Extend your idea in the elaboration phase by evolving the problem definition or the solution, adding new components, and layering complexity across versions to maximize effectiveness, uniqueness, and impact.

Turn your idea into a tangible product and persuade others by clearly communicating its unique value, significance, and potential impact through marketing and collaboration.