"Progress in Particle and Nuclear Physics" is a series of volumes which discuss new developments in the field at a level suitable for the general nuclear and particle physicist and also, in greater technical depth, to explore the most important advances in these areas. Although the majority of the articles will be in one or other of the fields of the title of the series, a particular effort is made to treat topics of an interface type for which both particle and nuclear physics are important, in particular such matters as the role of mesons, isobars and quarks in nuclear structure and the use of complex nuclei for probing fundamental particle symmetries. Other topics such as the application of nuclear physics in the medical and archaeological fields are also being treated from time to time. Astrophysicists, too, are catered for by the editor's inclusion of articles on nucleo-genesis and related matters. This particular volume publishes the proceedings of the International School of Nuclear Physics, which this year concentrated on the theory and applications of neutrinos.

Table of Contents:
40 years of neutrino physics, F. Reines; a review of the homestake solar neutrino experiment, R. Davis; GALLEX solar neutrino results and their implications, T.A. Kirsten; statistical treatment of the low-level counting data in GALLEX, P. Anselmann and F.X. Hartmann; solar flare neutrinos - real or not?, I. Krivosheina; BAIKAL neutrino telescope - experience of large phototube quasar-370 application, B.A. Borisovets; neutrino physics and supernovae, W. Hillebrandt; neutrinos and the evolution of newly born neutron stars, W. Keil; MACRO as a detector of neutrinos from stellar gravitational collapse, K. Scholberg; neutrinos and the dark matter of the universe, D.O. Caldwell; the Mainz neutrino mass experiment, E.W. Otten; future perspectives of the Mainz neutrino mass experiment, H. Backe et al; the Garching neutrino mass experiments (status report), H. Daniel; massive neutrinos as probe of fundamental left-right symmetry of nature, R.N. Mohapatra; update on the physics of neutrino mass, J.W.F. Valle; double beta decay - some recent results and developments, F.T. Avignone; tracking electrons from double beta decay - how far can you push the TPC?, M.K. Moe et al; double beta decay and neutrino mass - the Heidelberg-Moscow experiment, H.V. Klapdor-Kleingrothaus; background recognition in germanium detectors by pulse shape analysis, F. Petry; grand unification, nuclear structure and the double beta-decay, A. Faessler; two vacua particle number projected random phase approximation, F. Simkovic et al; proton-neutron correlations, particle number conservation and double beta decay, A. Bobyk; neutrino experiments at nuclear reactors, F. von Feilitzsch; KARMEN - neutrino physics at ISIS, B. Zeitnitz, precision tests of the standard model with neutrinos from muon and pion decay, G. Drexlin; neutrino electron scattering at ISIS, B. Armbruster et al; neutral current coupling constants from neutrino-electron scattering, R. Beyer and G. Radel; development of a high resolution cryogenic detector with applications in neutrino physics, A.M. Swift et al; contents of some previous volumes. (Part Contents).