Divergent Thinking: Creativity with Restrictions
Experimental Design
Mixed-Methods Research
Literature Reviews
Data Visualization
Cognitive Psychology
MY ROLE
DURATION
Researcher
Participant Recruiting
Data Collection
Statistical Analysis
Research Report
3 Months
February 2024 - April 2024
OVERVIEW
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This study analyzes the differences in creativity (specifically divergent thinking) among college students with varying Personal Need for Structure (PNS) scale scores when assigned restrictive or unrestrictive tasks.
The Personal Need for Structure (PNS) questionnaire describes an individual’s need for cognitive structure and the inherent need for order. Divergent thinking, a crucial component of creativity, was tested by assigning two shape response tasks to participants, designed to obstruct or broaden their choices.
BACKGROUND
Creativity and Analytical Thinking are often seen in society as two juxtaposing realms that do not have any mutually reciprocal qualities.
Previous research states that the artistically talented individual is the most creative (Maksymchuk & Nerubasska, 2020), but this statement does not take into consideration other factors that may bring creativity to life such attention to detail, organization, etc.
Most researchers utilize the ‘Alternative Uses Task’ to test one’s divergent thinking or ability to come up with novel responses, but there were no specific objective scales used.
Although it sounds paradoxical, restrictive conditions and tasks could impel more creativity (Rietzschel et al., 2014).
HYPOTHESES
METHOD
Participants
28 total
College students from various fields of study, i.e., graphic design, psychology, engineering, etc, and recruited virtually through an online interest form
Split into two equal groups of 14, depending on low or high PNS scores, and compared.
Received standardized information about how their information/data would be utilized via an informed consent form.
We took the proper measures to reassure them that their responses would be entirely confidential and informed them of the benefits and risks associated with their participation in the study.
Materials
Administered via Qualtrics
Informed Consent form, Restrictive Response Shape (RSR) Task and Unrestrictive Shape Response (USR) Task Images, Personal Need for Structure Scale, Socio-Demographic questions
Design + Procedure
Participants completed a restrictive shape response (RSR) task and an unrestrictive shape response (USR) task.
USR= they were presented with 5 shapes and had to pick any 3 to use to mentally construct a house and a chair.
RSR = they were forced to use only 3 shapes to mentally construct a house and a chair.
Step 1: USR Task* (2 trials)
Step 2: RSR Task* (2 trials)
Step 3: PNS Questionnaire (12 questions)
Step 4: Socio-demographic questions (3 questions)
*Task Order was random for participants
DATA ANALYSIS
How we scored our responses before transferring our data to Excel and analyzing through reverse Anova testing on IBM SPSS:
Task Conditions: Unrestricted and Restricted
Asked a third-party evaluator to utilize this scale to assess novelty and creativity of participant responses:
7-point scale, with 1 = not at all creative, and 7 = outstandingly creative and groundbreaking
Averaged both USR and RSR scores
PNS Scale
Five-point scale, 1 = strongly disagree; 5 = strongly agree
Three items were reverse scored
Divided into two ranges, high (41-54) and low (24-40) scores
KEY FINDINGS
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Hypothesis 1
Participants in the higher range(M = 3.39, SD = .63) performed worse than the lower range (M = 3.50, SD = .65) in the RSR condition
Hypothesis 3
No significant effect was found between PNS ranges and overall creativity score.
Interaction effect was found between the order of questions and PNS ranges, F(1, 24) = 11.66, p<.05.
Hypothesis 2
On average, creativity scores increased in the RSR condition, compared to the USR condition.
REFLECTIONS + FUTURE RESEARCH IMPLICATIONS
Our findings support and contradict the previous research and hypotheses.
Scoring for creativity can be challenging, as creativity is a widely subjective construct. Even simplifying it into a smaller facet such as divergent thinking does not eliminate this subjectivity—it can only minimize it to a certain extent.
With restriction = urgency to think deeper and generate more out-of-the-box responses. On the other hand, too many choices = overwhelm, as they could spend more time deciding on choices, rather than brainstorming.
Understanding the relationship between creativity and cognition can foster more valuable insights regarding constraints in creativity.
This study can provide some implications regarding creativity and constraints, but future researchers must integrate cognitive processing, attention, and memory, in their studies to bridge gaps in this study.
TEAM
2 Researchers + 1 Advisor