This article discusses the issues of the basic processes underlying intelligence, considering both historical and contemporary perspectives. The attempt to elucidate basic processes has had, at best, mixed success. There are some problems with pinpointing the underlying basic processes of intelligence, both in theory and as tested, such as what…

A deeper understanding of the processes leading to problem framing and behind finding solutions to problems should help explain variability in the quality of the solutions to those problems. Using Sternberg's WICS model as the conceptual basis of problem solving, this article discusses the relations between creative, analytical, practical, and…

In this article, I describe the 21 ideas underlying a 42-year search to understand giftedness. I present the ideas roughly chronologically, in the order in which they arose, and discuss how in a career as in science, progress means supplementing or even superseding one idea with the next. In terms of the 21 ideas, I start with a discussion of how…

Serious identification of the gifted started with the work of Lewis Terman early in the 20th century. Terman's model, based largely on IQ, may have made sense in the early 20th century, but it no longer makes sense today. The problems that society needs its gifted individuals to solve in the 21st century require much more than IQ--in addition to…

In his essay on the role of creativity in science and of science in society, Hisham B. Ghassib (2010) points out that science is much more a series of common attitudes and practices rather than a clearly delineated set of methods. The author agrees. The author also agrees that scientific knowledge is playing a key role in the forward development…

This article presents a unified model for cognitive processing, WICS, which is an acronym for wisdom, intelligence, and creativity, synthesized. The model can be applied to identification/admissions, diagnosis, instruction, and assessment. I discuss why there is a need for such a model. Then I describe traditional models, after which I describe…

A new test of Advanced Placement Physics, explicitly designed to balance both content and cognitive-processing skills, was developed using Sternberg's theory of successful intelligence. The test was administered to 281 AP Physics students from 10 schools during the 2006-2007 school year. Six empirically distinguishable profiles of strengths and…

Conventional assessments do not meet the cognitive demands of the world today. WICS, an acronym for wisdom, intelligence, and creativity, synthesized, can provide a more meaningful model. Findings from the Rainbow Project, conducted by the Center for the Psychology of Abilities, Competencies, and Expertise, showed that assessing students for…

A three-stage model for the evolution of theories of intelligence is proposed and applied to understanding the evolution of correlationally based and experimentally based theories of intelligence. In stage one, alternative conceptions compete. In subsequent stages, alternative conceptions, which combine elements of prior approaches, emerge and…

The article describes an approach to cognitive assessment of disabled readers synthesizing traditional psychometric with recent information-processing methods. Guidelines for using information-processing measures are also provided. (Author/DB)

Considering content, task-execution and subject variables in metacognitive and cognitive performance, analogies with integral or separable attributes were solved by selected undergraduate students with training in one of three task strategies or no strategy training. Training success, subject awareness of variables, score correlations, and…

The mental processes underlying everyday predictive and postdictive judgments about objects undergoing change or no change were studied with 40 adults. Results supported a single information processing model for describing performance on both prediction and postdiction problems. The implications of the study of everyday inductive reasoning are…

Positive and negative features of the Kaufman Assessment Battery for Children are examined from an information processing perspective. The author suggests that the test should not be used in place of the Stanford-Binet or the Wechsler Intelligence Scale-Revised. (CL)

Two nonentrenched tasks are described, one requiring projection into the future of states of objects, the other requiring complex anological reasoning where multiple terms of analogies can be replaced by alternative answer options. Some speculations are made about the implications of these results for educational theory and practice. (Author/GK)

In a discussion of intellectual giftedness, the author describes the main characteristics that differentiate information processing theories from psychometric theories. Interrelationships between components and factors are considered, and implications of the theory for the training of the gifted are pointed out. (SB)