With support from the National Science Foundation and the University of California, the Physics Computer Development Project have produced in the last six years computer based material in a wide variety of modes. Among the major products are science learning dialogs, graphic additions to APL (A Programming Language), the underlying software, and…

Relatively few individuals have attempted to view the future of computers in education, and those who have done so often tend to focus too much upon present capabilities rather than thinking about the changes that new technology will introduce in the future. George Leonard's book "Education and Ecstasy" provides an interesting picture of…

Indicates that the computer will become, over the next fifteen years, a revolutionary force in learning, completely transforming current processes and ways of operating. Discusses the current situation, the possibilities of developing technology, and several models of the future of education involving computers. (HM)

Sections of this article deal with (1) the first quarter of a beginning mechanics course, (2) development of computer based learning materials in other parts of physics, (3) production strategies, and (4) the future of computer based learning in physics and other areas. (Author/CMV)

Discusses Norway's effort to determine what steps should be taken following its National Program for Computers in Education. Reports that this was the first time an international organization was chosen to make educational recommendations to a government. Lists characteristics of the Norwegian National Program and summarizes recommendations of the…

Discusses reasons for the failing of the computer in schools and universities, including: hardware emphasis, little focus on learning, little focus on students, software-based failure (elitist programs and weak interaction), the "idea of the moment," relation between information and learning, failure of teacher education, lack of empirical…

Reports on the Scientific Reasoning Series--10 computer programs that make the nature of scientific reasoning accessible to a wider group of students. The aim of this material is to make improvements in scientific reasoning for all students over 10 years of age. The programs are highly interactive and are motivationally strong. About 20 hours of…

By the year 2000 the major way of learning at all levels, and in almost all subject areas, will be through the interactive use of computers. Many of the factors involved in this revolution in education are reviewed. (BB)

Discusses factors critical in forming a distance-learning institute: quality of learning provided each student, whether courses work for very large numbers of students, and cost per student hour for both development and delivery. Includes strategies for developing curriculum units needed to support distance learning. (Author/MKR)