These proceedings provide a general summary of the theoretical and experimental results which have established QCD as the theory of the strong interactions in the past 20 years.
The topics covered in this proceedings include: synthesis of the heaviest isotopes of the lightest elements and the study of their properties, properties of neutron and proton-rich nuclei, some astrophysical problems, cluster radioactivity, present status and perspectives of producing radioactive nuclear beams and their applications, and new experimental facilities and projects.
This workshop gives an overview of the physics opportunities that would be created by high-quality, intense pion beams with energies up to about 1 GeV.
The Symposium on Nuclear Data Evaluation Methodology provided a forum for the discussion of developments made over the past 12 years in the evaluation methods used for generating data files for applied technology.
The XV Workshop on Nuclear Physics was devoted to the study of nucleon models, nuclear structure, nuclear reactions as well as exotic forms of nuclear matter.
This volume covers a variety of modern aspects of the observational, experimental and theoretical studies on the origin, evolution and distribution of the elements in the Universe.
In the four years since the first Trieste Meeting on Spin and Polarization Dynamics in Nuclear and Particle Physics, considerable progress has been made both in the theoretical and experimental aspects of this field.
These proceedings address the new emerging questions in nuclear dynamics such as fluctuations, nuclear multifragmentation, transport theories and particle production in heavy-ion reactions.
The Franklin symposium reviews the state of experimental neutrino physics, particularly those areas in which the properties of neutrinos are the subject of current research.
The International Workshop on Time Reversal Invariance and Parity Violation in Neutron Reactions focused on the study of parity violation (PV) and time reversal invariance (TRI) in neutron physics.
This volume presents topics in which researchers in elementary particle and nuclear physics are commonly interested: nonperturbative aspects of QCD and chiral properties of hadrons, relativistic heavy ion reactions and quark-gluon plasma, nuclear matter at high temperature/ density, lattice QCD, quark structure of hadrons and nuclei, high q2 phenomena in hadrons and nuclei, heavy quarks and weak interaction, hyperon interactions and hypernuclei, relativistic nuclear theory, recent experimentals and other topics.
This volume discusses primarily the characteristics of reactions induced by unstable nuclei and aims to guide future directions in this area of research.
This volume provides an overview of the current state and future developments of Monte Carlo simulation and related tools and methods used in high energy physics and nuclear physics.
The workshop aimed to gather the electron scattering community to assess the present status of the experimental and theoretical research program at the electron scattering facilities that will be available in the near future.
No basic or applied physics research can be done nowadays without the support of computing systems, ranging from cheap personal computers to large multi-user mainframes.
This volume contains lectures on the experimental and theoretical aspects of the present knowledge in the field of strangeness production in atomic nuclei.
This book focuses on the modern nuclear models and computer codes used in nuclear model calculations of nuclear data required for nuclear technology and nuclear safety applications.
The papers in this proceedings present the major open problems in Hadronic Physics in the confinement region and discuss which experimental approaches seem to be the most adequate in the near future.
The basic theory of multistep nuclear reactions as developed by Feshbach, Kerman and Koonin in the seventies, and published in final form in 1980, has served as strong stimulus for both theorists and experimentalists working in this exciting field.
This volume describes the latest developments in the design, construction and operation of cyclotrons, from compact machines producing intense beams for isotope production, cancer therapy and industrial use, to the larger versions giving higher energy beams of ions of various elements for nuclear and particle physics.
The workshop on Electronuclear Physics with Internal Targets brought together many experimentalists and theories in the field of electronuclear physics to discuss the next generation of experiments in this area.
This book consists of pedagogical contributions on currently viable theories of nuclear structure and critical evaluative comments on each of these theories.
The main theme of the workshop is to discuss problems of nucleosynthesis in the Universe, specifically in connections to the unstable atomic nuclei, which would play a crucial role in explosive burning processes.
This workshop proceedings presents interesting lectures on the theoretical and experimental problems which may be studied using the new GeV accelerators.
This seminar focusses on the key issues addressed in measuring the hyperon-nucleon strong and weak interaction observables and in modelling the hyperon-nucleon interaction.
These proceedings treat the production of high energy gamma rays and particles (mesons and dileptons) in heavy ion reactions from energies of about 30 MeV*A to a few GeV*A, and its application to the study of the Nuclear Equation of State from both the experimental and theoretical points of view.
One of the main goals of intermediate energy nuclear physics, which serves an important role as a bridge between nuclear and particle physics, is to construct the theory of strong interaction phenomena in terms of conventional degrees of freedom (nucleons, deltas and mesons) as well as of quark degrees of freedom.
