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Physics in the developing countries

SEP 01, 1972
Physicists should be doing more to help with the two problems‐scientific isolation and a lack of trained manpower–that are impeding scientific growth in the developing countries.
Michael J. Moravcsik

Physicists in the US, and other scientifically advanced countries, can make a significant contribution to the growth of less developed countries throughout the world. Yet, probably only a few members of the physics community know that we are now living in the Second United Nations Development Decade, designed to aid in the evolution of the less developed countries. Because of the crucial role that science and technology must play in this development, a World Plan of Action for the Application of Science and Technology has been established, and is now being studied by the various bodies of the UN with the aim of eventual adoption by the General Assembly (see box for details of plan). Obviously, if this plan encounters indifference from the scientific community, it is likely to fail even if the governments of the more developed countries formally agree to participate in the plan. The lack of adequately trained manpower and a scientific isolation from the rest of the world are the two main problems facing these less developed countries. Therefore, in this article, I will propose some programs with which we physicists in the more advanced countries can mitigate these problems and thus contribute to the scientific emergence of the developing countries. I do this, however, with the full realization that the main task of science development must be carried out by indigenous personnel and manpower and that outside assistance must be primarily catalytic in nature. The purpose of international assistance is to make itself superfluous in the shortest possible time, and thus scientific help must aim at the vigorous development of local scientific infrastructures that can be self‐sufficient and productive in the not too distant future.

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References

  1. 1. World Plan of Action for the Application of Science and Technology to Development United Nations Publication E/ 4962/Rev. 1, ST/ECA/146, Sales No. E.71.II.A.18 (1971).

  2. 2. D. J. de Solla Price, Little Science, Big Science, New York: Columbia U.P., 1963, page 99, figure 21.

  3. 3. M. J. Moravcsik, “The Physics Interviewing Project,” International, Educational and Cultural Exchange, 8, no. 1, Summer 1972, page 16.

  4. 4. UNESCO, “Bilateral Institutional Links in Science and Technology,” Science Policy Studies and Documents No. 13 [NS/SPS/13‐SC.69/1969].

  5. 5. “East African ‘Center of Excellence’: The International Centre of Insect Physiology and Ecology,” Bulletin of the American Academy of Arts and Sciences, 25, no. 6, March 1972, page 3.

  6. 6. M. J. Moravcsik, PHYSICS TODAY, March 1965, page 23;
    M. J. Moravcsik, PHYSICS TODAY, June 1966, page 62;
    S. Pasternack, PHYSICS TODAY, June 1966, page 63;
    M. A. Libbey and G. Zaltman, “The Role and Distribution of Written Informal Communication in Theoretical High‐Energy Physics,” Report of the American Institute of Physics, AIP/SDD‐1 (Rev), 1967.

  7. 7. M. Bazin, “Science, Scientists and the Third World,” Science for the People, 4, no. 3, May 1972, page 3.

More about the Authors

Michael J. Moravcsik. Institute of Theoretical Sciences, University of Oregon.

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This Content Appeared In
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Volume 25, Number 9

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