Honoring scientists who have made important and lasting contributions to the sciences of mind, brain, and behavior.
Richard C. Atkinson’s achievements as scientist, educator, and passionate advocate for American science have earned him international recognition and countless honors, as well as election to the National Academy of Sciences, the Institute of Medicine, the National Academy of Education, and the American Philosophical Society. His career reflects an extraordinary ability to combine interests and insights that span conventional disciplines and redefine traditional boundaries. At Stanford University, where he held appointments in the Department of Psychology, the School of Engineering, the School of Education, the Applied Mathematics and Statistics Laboratories, and the Institute for Mathematical Studies in the Social Sciences, he quickly attained international stature as a rising star in cognitive psychology, specializing in memory and cognition. Atkinson is one of three to five key researchers who developed the field of mathematical modeling in psychology. His work established the validity of mathematical modeling as a powerful tool for illuminating complex cognitive phenomena.
Atkinson’s most fundamental and far-reaching contribution to cognitive psychology is the Atkinson-Shiffrin model (with Richard M. Shiffrin), one of the most significant advances in the study of human memory since William James’ brilliant intuitive speculations on the subject. The Atkinson-Shiffrin model, presented in a 1968 chapter titled “Human Memory: A Proposed System and its Control Processes,” published in The Psychology of Learning and Motivation: Advances in Research and Theory (Vol. 2), edited by K. W. Spence and J. T. Spence, put a theory of memory on a mathematical basis for the first time. It is known as the modal model of memory, combining structural divisions of memory into short-term and long-term memory components and explicitly modeling the attention and control processes that allow the entire cognitive system to function. The control processes they described, such as rehearsal, coding, retrieval strategies, and decision rules, are now standard in theories of memory. The Atkinson-Shiffrin article is one of the most highly cited in the history of the behavioral sciences, and their theory continues to shape research today, for example in integrating and interpreting the neuroimagery research of recent years. In addition:
Atkinson’s contributions to national science policy began in 1975, when he accepted a temporary appointment as deputy director of the National Science Foundation. It became an eventful five-year tenure, three as director under President Jimmy Carter. Atkinson guided the agency through what one commentator called “a rebuilding from the ravages of the Nixon anti-science era,” skillfully defending peer review and basic research against Congressional and media attacks. At the same time, he revealed a gift for translating principles and convictions into enormously productive programs and policies. The first memorandum of understanding between the People’s Republic of China and the United States, an agreement for the exchange of scientists and scholars, was negotiated and signed during his directorship.
Convinced that rebuilding the close pre-war relationship between industry and research universities was crucial to the future of American science, Atkinson took four steps that have had far-reaching consequences: establishing the Industry-University Cooperative Research Program to encourage collaborative research between private companies and universities; encouraging analyses of scientific R&D’s influence on economic growth; elevating engineering to a full directorate at NSF; conducting an analysis of the technology-transfer process that helped lay the foundations for the 1980 Bayh-Dole Act, which transferred intellectual property rights in federally sponsored research from the U.S. government to universities. The same innovative intelligence marked his service as chancellor of the University of California’s San Diego campus (1980-1995) and president of the University of California System (1995-2003).
The single best example of Atkinson’s presidential leadership was his challenge to the aptitude-based SAT I, for seventy-five years the dominant college-entrance examination in the United States. In 2001, Atkinson announced he was recommending that the University of California eliminate the SAT I as an admissions requirement. His brief against the SAT, the product of his experience as a cognitive scientist, psychometrician, and founding chair of the National Academy of Science’s Board on Testing and Assessment, was precise, scientifically based, and supported by four years of data involving test scores of 78,000 entering UC students. The SAT I, he argued, was unfair to students because it is grounded in “ill-defined notions of aptitude.” Atkinson’s public challenge was an act of intellectual and political courage that kindled a long overdue national debate on the use and misuse of standardized testing and a nationwide movement toward achievement tests.
He continues to serve the nation as chair of the National Academy of Science’s Division of Behavioral and Social Sciences and Education. Richard Atkinson is a pioneering scientist and visionary leader of American science in the tradition of Benjamin Franklin and his devotion to “useful knowledge”; Vannevar Bush and his vision of universities as the heart of the American research enterprise; and Frederick Terman and his conviction that putting knowledge to work in society constitutes a vital public service. Few scientists of Atkinson’s stature have gone on to make contributions of the highest order in science policy, education, and public understanding of science and technology. Even fewer have served the cause of science so variously and so well.
Norman Anderson, University of California, San Diego
Robert Calfee, University of California, Riverside
Michael Cole, University of California, San Diego
Bruce Darling, University of California
Jeff Elman, University of California, San Diego
Edmund Fantino, University of California, San Diego
Michael Feuer, National Academies of Science
Susan Fiske, Princeton University
Albert Hastorf, Stanford University
Roberta Klatzky, Carnegie Mellon University
Elizabeth Loftus, University of California, Irvine
R. Duncan Luce, University of California, Irvine
Jean Mandler, University of California, San Diego
George Mandler, University of California, San Diego
Anna S. McColl, University of California, San Diego
Laura Schreibman, University of California, San Diego
Richard Shiffrin, Indiana University
Nicholas Spitzer, University of California, San Diego
Larry Squire, University of California, San Diego
Patrick Suppes, Stanford University
Joseph L. Young
Philip Zimbardo, Stanford University
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