Creativity: the cognitive science

• A. A rare gift possessed only by artists and geniuses
• B. The ability to produce work that is both novel and useful or valuable ✓
• C. Randomly combining ideas without any evaluation
• D. Following established rules exactly as they were taught

Why: Cognitive science typically defines creativity as producing ideas or artifacts that are both original (novel) and appropriate or valuable in context. Novelty alone is not enough; usefulness is a required component.

• A. Reaching a single correct answer through logical deduction
• B. Generating many different possible solutions to an open-ended problem ✓
• C. Memorizing large amounts of factual information
• D. Applying a step-by-step procedure to a familiar task

Why: Divergent thinking, a concept popularized by J.P. Guilford, involves exploring many possible answers or paths from a single prompt. It contrasts with convergent thinking, which narrows down to one best solution.

• A. Working memory decay
• B. Associative thinking ✓
• C. Sensory adaptation
• D. Procedural automation

Why: Associative thinking links concepts that are not normally connected. Many cognitive theories of creativity, such as Mednick's associative theory, argue that creative ideas arise from forming novel associations between remote concepts.

• A. Improved creative output after a period of rest or disengagement from the problem ✓
• B. A decline in creativity caused by fatigue during long sessions
• C. The tendency to copy solutions from other people
• D. The immediate production of a finished idea without effort

Why: The incubation effect describes how stepping away from a problem for a period, such as taking a break or working on something else, can sometimes lead to insight when returning to it. Researchers study it as one possible contributor to creative breakthroughs.

• A. Big C refers to everyday creativity, while little c refers to eminent achievements
• B. Big C refers to eminent, historically recognized creative achievements, while little c refers to everyday creative thinking ✓
• C. Big C and little c both refer to the same level of creative output
• D. Big C refers to creativity in science only, while little c refers to creativity in the arts only

Why: Psychologist James Kaufman and Ghiselin-style distinctions separate Big C creativity, the eminent, field-changing achievements of major figures, from little c creativity, the everyday problem-solving and adaptive thinking that most people engage in regularly.

• A. Storing information exactly as it was originally encountered
• B. Retrieving and recombining stored elements into new configurations ✓
• C. Erasing prior knowledge so ideas can form from scratch
• D. Relying only on sensory input from the immediate environment

Why: Creativity is widely understood in cognitive science as the flexible retrieval and recombination of stored knowledge into novel combinations, rather than generation from nothing or verbatim storage.

• A. Functional fixedness ✓
• B. Confirmation bias
• C. Availability cascade
• D. Serial position effect

Why: Functional fixedness is the cognitive limitation in which prior experience with an object's typical use makes it harder to see alternative uses, a common obstacle to creative recombination.

• A. Procedural memory
• B. Working memory ✓
• C. Episodic long-term memory
• D. Sensory memory

Why: Working memory temporarily holds and manipulates information, allowing a thinker to juggle multiple elements and test possible combinations before settling on an idea.

• A. They are easier to forget than closely related concepts
• B. They produce more surprising and original combinations when linked ✓
• C. They always reduce the time needed to recall information
• D. They prevent the brain from using any prior knowledge

Why: Research on associative thinking, such as Mednick's Remote Associates Test, suggests that creative ideas often arise from linking weakly connected concepts, which yields more novel outcomes than obvious associations.

• A. Memorizing information through repeated rehearsal
• B. A period of stepping away from a problem, during which unconscious processing may lead to insight ✓
• C. The rapid encoding of information during a stressful event
• D. Deliberately forgetting a solution to avoid bias

Why: Incubation is the phase in which a problem is set aside, and reorganization of stored associations may occur unconsciously, often producing the sudden insight that characterizes creative breakthroughs.

• A. Convergent thinking
• B. Divergent thinking ✓
• C. Deductive reasoning
• D. Procedural recall

Why: Divergent thinking is the process of exploring many possible solutions or ideas from a single starting point, which is central to creative idea generation. Convergent thinking, by contrast, narrows options toward one best answer.

• A. Solving a multiple-choice arithmetic problem
• B. Listing as many uses as possible for a common object such as a brick ✓
• C. Memorizing a list of nouns in order
• D. Identifying the correct spelling of a word

Why: The Alternate Uses Task, popularized by J.P. Guilford and later used widely in creativity research, asks people to generate many uses for an everyday object. Scoring considers fluency, flexibility, and originality of responses.

• A. Brainstorming twenty possible names for a new product
• B. Selecting the single most effective solution after evaluating several proposed options ✓
• C. Imagining unusual scenarios for a short story
• D. Free-associating words from a random prompt

Why: Convergent thinking involves evaluating and narrowing a set of possibilities to identify the best or most correct answer. Choosing one optimal solution from several candidates is a clear example.

• A. Evaluation during generation always produces higher-quality ideas
• B. Judging ideas early can inhibit the flow of divergent ideas and reduce the range explored ✓
• C. Generation and evaluation rely on the same cognitive resources without any conflict
• D. Evaluation should always happen before any ideas are produced

Why: Premature criticism tends to suppress the willingness to propose unusual ideas, narrowing the search space too early. Many creativity methods therefore alternate or separate divergent generation from convergent evaluation phases.

• A. Only convergent thinking
• B. Only divergent thinking
• C. Neither divergent nor convergent thinking
• D. Divergent thinking followed by convergent thinking ✓

Why: Generating many ideas is divergent, while grouping them and selecting a smaller set for development is convergent. Creative problem solving typically cycles between these two modes.

• A. Convergent reasoning
• B. Insight ✓
• C. Deductive inference
• D. Rote memorization

Why: Insight refers to a sudden restructuring of a problem representation that leads to a solution, often accompanied by an 'aha' experience. The other options describe analytic or non-creative processes.

• A. Working intensively on a problem without any breaks
• B. Stepping away from a problem for a period, during which unconscious processing may continue ✓
• C. Copying solutions from previous problems
• D. Asking another person to solve the problem for you

Why: Incubation is the period of rest or distraction from a problem that can facilitate later insight. Research such as Wallas's four-stage model and studies by Sio and Ormerod suggest it can help break fixation on unproductive strategies.

• A. Learning, testing, repeating, reporting
• B. Preparation, incubation, illumination, verification ✓
• C. Planning, executing, reviewing, archiving
• D. Brainstorming, voting, selecting, implementing

Why: Wallas (1926) proposed preparation, incubation, illumination (insight), and verification as the stages of creative thought. This model remains a foundational framework in creativity research.

• A. Functional fixedness ✓
• B. Confirmation bias
• C. Cognitive dissonance
• D. Availability cascade

Why: Functional fixedness is the cognitive bias of seeing objects or methods only in their conventional use, which can prevent insight. Duncker's candle problem is a classic demonstration of this effect.

• A. Problems solvable through step-by-step calculation, like long division
• B. Problems requiring a restructuring of the initial representation, like the nine-dot puzzle ✓
• C. Problems with a fully known and linear solution path
• D. Problems that involve memorizing a list of facts

Why: Insight problems typically require breaking out of an initial mental representation, as in the nine-dot puzzle, which requires drawing lines beyond the apparent boundary. Analytic problems can be solved through incremental, systematic steps.

• A. One
• B. Two ✓
• C. Three
• D. Four

Why: Conceptual blending (Fauconnier and Turner) typically involves two input mental spaces that share some structure, along with a generic space capturing their common elements and a blended space that emerges from selectively projecting features from both inputs.

• A. Surface feature
• B. Relational structure ✓
• C. Emergent property
• D. Mental space

Why: Analogical mapping relies on aligning relational structure, meaning the pattern of relations among objects, rather than the surface attributes of those objects. Gentner's structure-mapping theory emphasizes this distinction, which is why the solar system and atom analogy works despite their physical differences.

• A. Structure that exists identically in both input spaces
• B. Structure that appears in the blend but is not present in either input ✓
• C. The generic space that holds shared features
• D. The original analogy before any mapping occurs

Why: Emergent structure is new meaning that arises in the blended space because elements from the inputs are combined in ways that neither input contained alone. A classic example is the blend of a horse and a bird producing the idea of a winged horse, which has properties not found in either source.

• A. Random association of unrelated concepts
• B. Alignment of relational structures across domains ✓
• C. Memorization of specific facts
• D. Perceptual matching of physical appearance

Why: Gentner's structure-mapping theory holds that analogy involves aligning systematic relational structures between a base and a target domain, and projecting inferences from the base to the target. The mapping favors deep relational correspondence over superficial similarity.

• A. It limits thinking to familiar categories
• B. It allows people to transfer insights from one domain to another, generating novel ideas ✓
• C. It eliminates the need for any prior knowledge
• D. It only applies to mathematical problems

Why: Analogy enables creative leaps by letting people apply structure from a familiar domain to an unfamiliar one. Many scientific and artistic breakthroughs arise this way, as when a familiar mechanism is re-imagined to explain a new phenomenon.

• A. Extrinsic motivation
• B. Intrinsic motivation ✓
• C. Social motivation
• D. Avoidance motivation

Why: Intrinsic motivation comes from within the person. Research on creativity consistently finds that people who engage in creative work because they find it interesting or enjoyable tend to produce more novel and original work than those driven mainly by external rewards.

• A. Having autonomy over how to approach a problem
• B. Expecting a reward for performing well ✓
• C. Working on challenging tasks that match one's skills
• D. Focusing on the intrinsic interest of the activity

Why: Amabile's work showed that expected extrinsic rewards, especially when tied to performance, often undermine intrinsic motivation and reduce creative output. Autonomy, challenge, and intrinsic interest tend to support creativity.

• A. Cognitive dissonance
• B. Flow ✓
• C. Homeostasis
• D. Rumination

Why: Mihaly Csikszentmihalyi described flow as a state of complete absorption in a task where challenge matches skill and self-consciousness fades. Many creators report flow experiences during their most productive work.

• A. Intense anger
• B. Mild positive mood ✓
• C. Deep sadness
• D. Severe anxiety

Why: Studies by Alice Isen and colleagues found that mild positive affect tends to broaden attention and enhance flexible, associative thinking, which supports creative problem solving. Strong negative emotions generally narrow focus.

• A. Motivation has no measurable effect on creative output.
• B. Only extrinsic motivation can produce creative work.
• C. Creativity depends on sustained motivation, and the kind of motivation shapes the quality of creative output. ✓
• D. Creativity is entirely independent of emotional states.

Why: Creativity requires sustained effort through difficult stages, and motivation sustains that effort. Research shows that the source and orientation of motivation, intrinsic versus extrinsic, influence how creative the resulting work tends to be.

• A. The Remote Associates Test
• B. The Alternative Uses Task ✓
• C. The Torrance Tests of Creative Thinking figural subtest
• D. The Consensual Assessment Technique

Why: The Alternative Uses Task (Guilford, 1967, popularized in later research) asks people to list unusual uses for an everyday object such as a brick or paperclip. Responses are scored for fluency, flexibility, and originality. The Remote Associates Test measures convergent thinking, and the Consensual Assessment Technique rates products rather than generating ideas.

• A. How original or statistically rare an idea is
• B. The number of relevant ideas produced ✓
• C. The number of different categories ideas fall into
• D. How quickly a single correct answer is reached

Why: Fluency is simply the quantity of relevant responses generated in a fixed time. Originality captures how rare responses are, and flexibility captures how many different categories of response are produced. Speed of reaching a single correct answer reflects convergent rather than divergent thinking.

• A. Scoring responses against a fixed answer key
• B. Having trained judges independently rate products as creative, with agreement among raters serving as validity evidence ✓
• C. Measuring brain activity during idea generation
• D. Asking participants to rate their own creativity on a scale

Why: Amabile's Consensual Assessment Technique relies on experts who are familiar with a domain to rate products independently, often in a random order. High inter-rater agreement is taken as evidence that the rated quality is meaningful. It avoids answer keys and self-report, which are less reliable for creativity.

• A. Divergent thinking scores peak in early childhood and decline steadily after age ten in all individuals
• B. Creativity scores are fixed from birth and cannot change through training
• C. Divergent thinking test scores show a dip in middle childhood, often around ages 9 to 11, before recovering in adolescence ✓
• D. Boys and girls always score identically on every creativity measure

Why: Torrance's longitudinal work and later studies reported a noticeable dip in creative thinking scores in the upper elementary years, often called the fourth-grade slump, followed by partial recovery. The pattern is debated in its causes and generality, but the dip itself is a frequently cited finding, making the other options incorrect.

• A. Training people only in memorizing facts, since creativity is a fixed trait
• B. Practicing divergent thinking techniques such as brainstorming with deferred judgment, and building domain knowledge alongside them ✓
• C. Restricting learners to one correct method to avoid confusion
• D. Waiting until adulthood, since creativity cannot be developed in school-age learners

Why: Intervention studies suggest that creative thinking can be improved through practice with divergent thinking exercises, strategies like deferred judgment in brainstorming, and exposure to diverse ideas. Domain knowledge also supports creative output, since people generate more meaningful ideas when they understand their field. The other options contradict this evidence.