Lectures & Talks

In preparation

 

Lecturers & talks of the 7th Russbach Workshop

Author	Title
C. Abia	Nucleosynthesis in AGB stars from observations
M. Aliotta	Experimental nuclear astrophysics: An Introduction
G. Burgunder	The 34Si(d,p) reaction to probe spin orbit and tensor forces
M. Busso and S. Palmerini	Deep mixing and proton captures in AGB stars
N. Chamel	General introduction to neutron stars
A. Chen	Nuclear data for novae and and x-ray bursts
R. Diehl	How to exploit nuclear physics for astrophysics – Gamma-ray astronomy
M. El Eid	Why are extremely metal poor stars different and important?
S. Falahat	O, Mg(α,n) reactions
M. Freer	Triple alpha and 12C+12C reactions
S. Giron	Study of 60Fe(n,γ) using (d,p) transfer reaction
O. Hallmann	Co-production of p-, s- and r-"only" Mo isotopes in HEW
F. Hammache	Transfer and coulomb dissociation methods for astrophysics
C. Juul Hansen	Silver as a tracer of LEPP
S. Harissopoulos	Introduction to the p process
D. Hartmann	Cosmic chemical evolution probed with GRB as a tool
J. Jose	Novae and x-ray bursts
C. Jost	Radioactive Ion Beam developments – Chemistry in ISOL targets and ion source
F. Käppeler	Introduction to the astrophysical s-process
G. Korshinek	60Fe on earth, an unique signal of interstellar matter
K.-L. Kratz	The classical r-process revisited: what's left over – what's new?
F. de Oliveira Santos	Destruction of the cosmic γ-ray emitter 18F
J. Margeron	Equation of state of dense matter (EoS Superfluidity in neutron stars
U. Ott	Isotope abundance anomalies in meteorites
R.G. Pizzone	The Trojan Horse method applied to nuclear astrophysics
S. Puglia	Study of the 10B(p,α)7Be reaction through the THM
G. Rapisarda	Study of the 18F+p reaction in novae
M. Schönbächler	Cosmochemistry
R. Sparta	Study of d(d,p)t and d(d,n)3He reactions via the THM
O. Straniero	Results in the evolution os s-element nucleosynthesis of AGB stars
F. Strieder	Experimental quests for nuclear astrophysics with stable beams
A. Wallner	AMS measurements of radionuclides and trace elements in cosmic dust