By Kai Siegbahn (auth.), Ingvar Lindgren, Arne Rosén, Sune Svanberg (eds.)
The 8th foreign convention on Atomic Physics was once held at Ch~lmers college of expertise, Goteborg, Sweden on August 2-6, 1982. Following the culture tested via previous meetings within the sequence, it was once attended by means of 280 individuals from 24 nations. a complete of 28 invited talks have been brought on the convention. those talks, that are offered during this quantity, coated quite a lot of issues in atomic physics in a wide feel. They expand from very uncomplicated difficulties (e.g., the translation of quantum mechanics in gentle of Bell's theorem and the feasibility of relativistic many-body calculations) to utilized difficulties (e.g., laser detection of hint components and spectroscopy of chemisorbed molecules). Professor M.Ya. Amusia was once not able to wait the convention yet his invited paper is incorporated the following. Professor V.S. Letokhov awarded a conversation entitled "Prospects of Laser Detection of Very infrequent Isotopes, yet used to be not able to supply a manuscript. on the convention, one hundred seventy five publish ers have been provided. Abstracts were released in a separate quantity. it's very a lot preferred that each one the 1981 Nobel laureates, Nicolaas Bloembergen, Arthur Schawlow and Kai Siegbahn, have been capable of attend and convey their invited talks. Professor Schawlow summed up the convention and this too is gifted right here. The con ference additionally benefited significantly from the presence of Professor 1.1. Rabi, who gave a far liked speak on the convention dinner. As this speak used to be given with no manuscript, it may regrettably now not be incorporated here.
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Extra resources for Atomic Physics 8: Proceedings of the Eighth International Conference on Atomic Physics, August 2–6, 1982, Göteborg, Sweden
K. Richtmyer, Science 75, 1 (1932). L. W. , 1221. -M. Levy-Leblond, "On the Conceptual Nature of the Physical Constants", Revista del Nuovo Cimento 2, Nr. 2, pp. 187-214 (1977). Kastler and P. H. H. Y. (1976), pp. 1-23. H. 4, pp. 393-409 (1977). -General guides to the field have been rare. The most recent is that due to B. Petley, "The Fundamental Physical Constants and the Frontier of Measurement," Adam Hilger (London), (1983). R. M. DuMond, Rev. Mod. Phys. 12, 537 (1965). N. H. N. Langenberg, Rev.
I tend to see the overall business of fundamental constants work first as generalizing this idea along the following line: In the particular case of calculable spectra, one might be asking if experiments on low and high Z electronic systems (or light and heavy leptonic atoms) are consistent. One way of phrasing such questions is to derive physical constants such as R , m 1m and a from low energy experiments and ask if the high ene~gy fesRlts are well predicted. To further generalize the above elementary example, one can look at the entire least squares exercise as testing consistency among not only physics of similar systems in different domains but also of inter-domain transfer of numerics.
S. , in press. P. J. Hunt, Metrologia 15, 5-30 (1979). R. T. Olsen, IEEE Trans. Instrum. Meas. IM-27 , 467 (1978). L. Greene, Metrologia 17, 83 (1981). W. Chiao, R. Liu and P. Shen, IEEE Trans Instr. Meas. IM-29 , 238 (1980). T. D. R. Williams, J. Res. NBS 85, 257 (1980). E. S. Davis, J. Res. NBS 85, 175 (1980). E. S. J. J. W. J. Powell, J. Res. NBS ~, 21 (1982). Background in this area has been reviewed: R. S. , Palo Alto,IUSA (1980), p. 435. W. Petley, "Electrical Metrology and the Fundamental Constant" in M~trology and Fundamental Constants Course 68 International School of Physics Enrico Fermi, A.