Research on cerebral hemisphericity and lateral dominance is reviewed, and relationships between right and left hemispheric modes of information processing as well as problem solving techniques are discussed. Conclusions focus mainly on need for educators to know information processing differences of the two hemispheres to teach children problem…

Examined the interaction patterns of adult creative problem solvers within small, leaderless groups. Presented divergent thinking problems to two groups and categorized their discussions. Results indicated the creative person plays a central role in determining task-oriented directions by initiating and receiving more orienting behaviors. (RC)

Examines significant factors in the teaching-learning process which appear in Arthur Conan Doyle's fiction about Sherlock Holmes. These processes include deduction, memory, specialized knowledge, perception, emotional control, and divergent thinking. (Author/KC)

Encourages adult educators to use a creative approach to solving problems and making decisions, defining creative thinking as a complex process of discovery. States that adult educators should find ways to change how they look at problems and offers some suggestions. (MF)

Examines the arguments of three educators (J. P. White, D. Cochrane, and B. Crittenden) who have criticized instructional attempts to expand children's creativity. While flaws in theory and practice are admitted, it is maintained that the critics apply standards to creative education that are not applied to general classroom teaching. (Author/SJL)

Creativity and the characteristics of the creative personality are explored in an attempt to show both that creativity exists in handicapped children and is a valuable attribute to be developed in these students. Attributes of the creative personality are pointed out, and a model for the identification of creativity is presented. (Author)

Examines the effects of a creativity training workshop on the behaviorally defined creative responses (fluency, flexibility, and originality on both unusual uses and problem-solution exercises) of 14 college students. (CM)

The article presents research reports on the nature of creativity, including such elements as its characteristics; the function of the affective gatekeeper (which filters the "reality" perceived by each individual); the constructs of perception; and the functions of role playing, altered states of consciousness, and fantasy. (PHR)

College students (N=135) were presented with novel, ill-defined problems and asked to select concepts they thought would help solve the problems. The use of concepts organized around long-term goals was positively related to indices of solution quality and originality. (DB)

Describes "World Class Tests in Mathematics and Problem-Solving," developed with the belief that creativity is worth nurturing and can be nurtured. (KHR)

Compares and analyzes three different measures of creativity in (n=135) gifted and (n=161) normal students to understand the nature of creativity and propose guidelines for measuring creativity. Uses Torrance Test of Creativity Thinking (TTCT), Test of Creative Problem Solving and Finding in Science (CPFS), and Creative Behavior Checklist in…

Integrates story telling into a science activity on the density of liquids in order to increase student interest. Shows the relationship between mass and volume ratio and how they determine density. Includes teacher notes. (YDS)

This article outlines both specific barriers to teaching and learning creative thinking as well as some possible directions for solutions. Sixteen common barriers such as confusion, powerlessness, and negativity are described along with strategies to dissolve them using such conceptual tools as awareness plans and proactive metathinking.…

This article, third in a series, discusses the last three phases of the creative problem solving process: idea-finding, solution-finding, and acceptance-finding. These phases focus on brainstorming to generate possibilities and alternatives to the problem, evaluating each idea's strengths and limitations, prioritizing the solutions, and developing…