Nucleosynthesis and Its Implications on Nuclear and Particle Physics

Inhaltsverzeichnis

• I - Primordial Nucleosynthesis.
• Primordial nucleosynthesis in 1985.
• The puzzle of lithium in evolved stars.
• High energy particles in dark molecular clouds.
• Standard big bang nucleosynthesis and chemical evolution of D and 3He.
• The survival of Helium-3 in stars.
• How degenerate can we be ?.
• Early-photoproduction of D and 3He and pregalactic nucleosynthesis of the light elements.
• Influence of quark nuggets on primordial nucleosynthesis.
• Primordial nucleosynthesis with generic particles.
• Dark matter and cosmological nucleosynthesis.
• Nucleosynthetic consequences of population III stars.
• II - Explosive Objects.
• Nucleosynthesis accompanying classical nova outbursts.
• Reaction rates in the RP-process and nucleosynthesis in novae.
• Type I supernovae.
• Nucleosynthesis and type I supernovae.
• Explosive nucleosynthesis in carbon deflagration models of type I supernovae.
• Differentially rotating equilibrium models and the collapse of rotating degenerate configurations.
• Theoretical models for type I and type II supernova.
• Pair creation supernovae with rotation.
• Nucleosynthesis and massive star evolution.
• Evolution and nucleosynthesis of massive stars with extended mixing.
• Nucleosynthesis in massive, mass losing, stars.
• Nucleosynthesis in massive stars: winds from WR stars and isotopic anomalies in cosmic rays.
• Explosive disruption of stars by big black holes.
• Nucleosynthesis in pancake stars.
• Optical supernova remnants.
• Light curves of exploding WoIf-Rayet stars.
• III - S PROCESS.
• s-process nucleosynthesis - stellar aspects and the classical model.
• s-process nucleosynthesis below A=90.
• Pulsed-Neutron-Source models for the astrophysical s-process.
• Stellar s-process diagnostics.
• Production and survival of 99Tc in He-shell recurrent thermal pulses.
• Neutron capture nucleosynthesis in massive stars.
• A parametrized study of the 13C(?, n) 16O neutron source.
• IV - Chemical Evolution and Chronometers.
• Type I SNe from binary systems: consequences on galactic chemical evolution.
• Magnesium isotopes and galactic evolution.
• 26A1 experimental results.
• 26A1 produced by Wolf-Rayet stars and the 1.8 MeV line emission of the galaxy.
• 26Al-destruction in neutron rich environments.
• Certainties and uncertainties in long-lived chronometers.
• More about nucleocosmochronology: the reliability of the long-lived chronometers, and the production of extinct radioactivities.
• Chronometer studies with initial galactic enrichment.
• A possible unified interpretation of the solar 46Ca/ Ca46 abundance ratio and Ca-Ti isotopie anomalies in meteorites.
• V - Relevant Nuclear Physics Problems.
• The screening of photodisintegration reactions.
• Electron polarization in nuclear reactions at high density.
• Large-basis shell-model technology in nucleosynthesis and cosmology.
• Properties of anomalous nuclei and their possible effects on stellar burning.
• Stellar reaction rate of 14N(p,?)15 0+.
• Recent progress in experimental determination of the 12C(?,?)16 0-reaction rate.
• Radioactive ion beams: research motivation and methods of production.
• VI - Neutrinos and Monopoles.
• The gallium solar neutrino experiment Gallex.
• Real-time detection of low energy solar neutrinos with indium and superheated superconductivity.
• Can neutrinos from Cygnus x-3 be seen by proton decay detectors ?.
• Detection of magnetic monopoles with metastable type I superconductors.
• List of Authors.
• List of Participants.