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[en] The strengths of γ-ray transitions in A = 5-44 nuclei are discussed and classified according to character: Electric (E) or magnetic (M), multipolarity (L), and isospin retardation (isoscalar, IS, or isovector, IV). All transitions are listed which have strength errors below 50%, but of the very abundant E1_IV, E1_IS, and M1_IV transitions, only about the 5% strongest transitions are given. Because the total number of transitions has increased considerably from that in a previous review (4261 compared to 2419 in 1979) recommended upper limits (RUL) for γ-ray strengths could be derived with more confidence. 26 refs., 3 figs., 14 tabs

[en] Short communication

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[en] A general formula for the correlation of two polarized gamma quanta emitted in a cascade from oriented nuclei is given. The case of polarizational directional correlations of photons emitted from an aligned nucleus is discussed. (author). 4 refs, 4 figs

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[en] It is argued that the results of atomic cascade photon correlation experiments of the static type may be given a natural interpretation in the framework of at least one objective local theory, namely stochastic electrodynamics. It follows that the Aspect experiment is more likely than the Clauser-Horne experiment to be crucial in deciding between objective local theories and quantum mechanics. (orig.)