A 100-year scenario of the future of information technology. To achieve inexpensive, high-speed, and small computers, new techniques are likely to replace silicon technology. The ultimate computer might be biological and patterned on DNA. Future computers will require information rather than store it. Light wave communication will broaden…

In his book "The Structure of Scientific Revolutions," T.S. Kuhn suggests that incipient paradigm changes in science may be detected by examining certain shifts in emphasis in the literature of a particular field. If we grant his premise, the same possibility may be true in education. An examination of recent literature shows a shift toward a…

An issue of "Soviet Cybernetics: Recent News Items" consists of English translations of the leading recent Soviet contributions to the study of cybernetics. Articles deal with cybernetics in the 21st Century; the Soviet State Committee on Science and Technology; economic reforms in Rudnev's ministry; an interview with Rudnev; Dnepr-2; Dnepr-2…

A series of essays discuss in a semi-technical way the philosophical, theoretical, and applied aspects of cybernetics and bionics. Of particular interest to educators is the author's discussion of the implications of cybernetics for pedagogical methodology. He predicts that education in the future will concentrate on a teaching systems approach,…