Ernst Zinner
(Washington University) -- History and Overview1) The microanalytical study of presolar materials in meteorites and interplanetary
dust
Ernst Zinner
(Washington University) -- History and Overview
2) Short-lived isotopes in solar system solids
Alan Boss
(Carnegie Institute of Washington) -- Injection and Mixing of
Material into the
Early Solar System
Dimitri
Papanastassiou (California Institute of Technology) -- Experimental
Record of
Short-Lived Isotopes in Solar System Materials
G. J. Wasserburg
(California Institute of Technology) -- Production Mechanisms for
the
Short-Lived Isotopes
3) Nucleosynthesis in AGB stars, novae, supernovae and Wolf-Rayet stars
Marcel Arnould
(Université Libre de Bruxelles ) -- The Synthesis of Stable
and Unstable
Nuclides by Wolf Rayet Stars
Peter Hoppe
(Universität Bern) -- "Mainstream" SiC grains from
Meteorites
John Lattanzio
(Monash University) -- Nucleosynthesis of Elements in Low to
Intermediate
Mass Stars through the AGB Phase
Larry Nittler
(Washington University) -- Presolar Oxide Grains from Meteorites
Brad Meyer
(Clemson University) -- Nucleosynthsis of the Elements in
Supernovae
Sumner G.
Starrfield (Arizona State University) -- Nucleosynthesis in Novae
4) Mixing of supernovae ejecta--observations and computer models
Sachiko Amari
(Washington University) -- Supernova Grains from Meteorites
W. David Arnett
(Steward Observatory) -- Mixing of Supernova Ejecta: Hydrodynamic
Models
Robert Kirshner
(Center for Astrophysics, Harvard University) -- Mixing of Supernova
Ejecta
5) Evolution of the isotopic composition of the galaxy; gamma ray astronomy
constraints on nucleosynthesis
Donald D.
Clayton (Clemson University) -- Galactic Chemical Evolution
6) Astronomical observation of isotopic abundances in stars
John Bieging
(Steward Observatory) -- Radio Observations of the Isotopic
Composition of the
Galaxy
David Lambert
(University of Texas at Austin) -- Astronomical Observation of
Isotopic
Abundances in Stellar Atmospheres
7) Formation of solids around stars and in supernovae ejecta
Thomas J.
Bernatowicz (Washington University) -- Constraints on Stellar Grain
Formation
from Presolar Grains in Meteorites
Michael Jura
(University of California, Los Angeles) --Astronomical Observations
Related to
the Formation of Solids around AGB and Post-AGB Stars
Katharina Lodders
(Washington University) -- Equilibrium Condensation Modelling of
Stellar
Grain Formation
David Meyer
(Northwestern University) --Astronomical Observation of Interstellar
Grains
Erwin Sedlmayr
(Technische Universität Berlin) -- Formation of Dust Grains in
Stellar
Atmospheres
Diane Wooden
(NASA/Ames Research Center) --Dust Grains in Supernova Ejecta
8) From grain formation to the solar nebula
Conel
Alexander (Carnegie Institute of Washington) --The Multiplicity of
Stellar Sources
Contributing to the Solar Nebula
Anthony Jones
(Institut d'Astrophysique Spatiale) --The Propagation and Survival
of
Interstellar Grains
9) Molecular clouds
Alexander
Tielens (NASA/Ames Research Center) --The Physical and Chemical
Processes in
Interstellar Clouds
Barry Turner
(National Radio Astronomy Observatory) --The Nature of Molecular
Clouds
Robert M. Walker
(Washington University) -- Evidence for Molecular Cloud Material
in
Interplanetary Dust and Meteorites
10) Survival of presolar grains in the early solar system and meteorites
Patrick Cassen
(NASA/Ames Research Center) --The Survival of Presolar Grains in
the
Solar Nebula
Gary Huss
(California Institute of Technology) -- The Survival of Presolar
Grains in
Solar System Bodies
11) Retrospect and Prospect
A. G. W.
Cameron (Center for Astrophysics, Harvard University) --Summary
Comments on
the Central Themes