Michael Moravcsik Explained

Michael J. Moravcsik
Birth Date:June 25, 1928
Birth Place:Budapest, Hungary
Death Date:April 25, 1989
Death Place:Turin, Italy
Citizenship:American
Nationality:Hungarian
Fields:High Energy Physics
Workplaces:University of Oregon
Alma Mater:Harvard University, 1951. PhD Cornell University 1956
Doctoral Advisor:Hans Bethe
Awards:Derek de Solla Price Memorial Medal 1985

Michael Julius Alexander Moravcsik (in Hungarian pronounced as /moravt͡ʃik/; Hungarian: Moravcsik Mihály|italic=no; 1928–1989) was a Hungarian-born American theoretical high energy physicist whose areas of research included the two nucleon system, particle spin symmetries. He also made important contributions to the practice and study of science policy in developing nations, scientific methodology, and scientometrics (the science of science), especially the study of citation and citation indices.[1]

Education, scientific interests and professional accomplishments

Moravcsik began his studies at the University of Budapest, but left Hungary for the US at the age of 20, accompanied by his brother Julius. He completed his BS in physics at Harvard University in 1951 and received his PhD from Cornell University in 1956.[2] He was a research associate at the Brookhaven National Laboratory from 1956 to 1958. He was head of the elementary particle and nuclear theory group, theoretical division, Lawrence Berkeley National Laboratory from 1958 to 1967. From 1967 until his death, he was a professor of physics at the University of Oregon, at the Institute of Theoretical Science, where he was director from 1969 to 1972.[3] At the time he was a professor of physics at the University of Oregon.[4]

Two journals had memorial issues for Moravcsik: Scientometrics (Volume20, No 1, 1991)[5] and Few Body Systems (Volume 9, No 2-3, 1990) [6]

Scientific interests and accomplishments

Moravcsik worked on the nucleon-nucleon interaction in scattering experiments, and the pion-nucleon coupling constant.[7]

He also focused on science policy and its effects in developing countries. He was a science policy advisor to the Ford Foundation, UNESCO, the American Association for the Advancement of Science, and the National Science Foundation. In addition, he made important contributions to the field of scientometrics.[3]

Family and personal life

Moravcsik was born June 25, 1928, in Budapest.[4] His father, Gyula Moravcsik, was a professor of Greek philology and Byzantine history. His mother, Edit Moravcsik (née Fleissig), assisted her husband and taught language in Budapest. His grandfather, Fleissig Sándor, was a prominent Hungarian banker and politician. His brother was Julius Moravcsik, an academic philosopher who taught at Stanford University. His sister is Edith A. Moravcsik, a noted academic linguist who teaches at the University of Wisconsin, Milwaukee. He was married to Francesca Moravcsik and had two children, Andrew Moravcsik, Professor of Politics and Public Affairs at Princeton University. His daughter Julia is a cognitive psychologist residing in Boulder, Colorado.[3] He died of an embolism on April 25, 1989, in Turin, Italy, where he was collaborating with a colleague.[4] He has three (posthumous) grandchildren: Michael Edward Hoke Moravcsik, Alexander deGogorza Moravcsik, and Sean Timothy Bowling.

In his spare time, Moravcsik wrote music reviews and was an amateur opera singer.

Books authored

Selected papers

Notes and References

  1. Michael J. Moravcsik: A biographical sketch. 10.1007/BF01091696. 1990. Goldstein. G. R.. Few-Body Systems. 9. 2–3. 41–56. 1990FBS.....9...41G. 121390415.
  2. 10.1063/1.2810505. Michael J. Moravcsik. 1990. Goldstein. Gary R.. Physics Today. 43. 3. 96–97. 1990PhT....43c..96G. free.
  3. Web site: Michael J. Moravcsik: A biographical sketch .
  4. Michael J. Moravcsik: Multidimensional scholar and hero of third world science. 10.1007/BF02018140. 1991. Garfield. E.. Small. H.. Scientometrics. 20. 19–23. 11912306.
  5. Web site: Scientometrics | Volume 20, issue 1.
  6. Web site: Few-Body Systems | Volume 9, issue 2.
  7. Determination of the Pion-Nucleon Coupling Constant from n−p Scattering Angular Distribution. 10.1103/PhysRev.116.226. 1959. Cziffra. Peter. Moravcsik. Michael J.. Physical Review. 116. 1. 226–230. 1959PhRv..116..226C.