Mass Olympics: Schedule

Monday 26 May
Morning Session
9.00 - 10.00		Registration
10.00	R. Casten	What can be learned from nuclear masses
Coffee Break
11.10	H. Koura	Phenomenological mass formulas and local fits
11.50	P. Leboeuf	Fundamental barriers on the accuracy of nuclear mass models
Afternoon Session
14.10	P. Moller	FRDM mass model/triaxial degrees of freedom in the mac-mic approach
14.50	S. Goriely	The long road towards "microscopic" nuclear mass models
Coffee Break
15.50	M. Smith	Nuclearmasses.org
16.30	G. Martinez-Pinedo	Nuclear physics input for explosive nucleosynthesis

Tuesday 27 May
Morning Session
9.30	M. Pearson	HFB mass models for extrapolation to the drip line and beyond
10.10	M. Stoitsov	Large-scale mass table calculations with the UNEDF project
Coffee Break
11.10	R. Nayak	The INM model: a critical analysis
11.50	R. Wyss/A. Bhagwat	Calculation of masses based on the shell correction method with Wigner Kirkwood
Afternoon Session
14.10	Afternoon Discussion

Wednesday 28 May
Morning Session
9.30	J. Aysto	Penning trap mass spectrometry
10.10	T. Yamaguchi	Storage-ring mass spectrometry
Coffee Break
11.10	A. Bulgac	Towards incorporating nuclear pairing on an ab initio basis into the nuclear EDF
11.50	M. Bender	Treatment of correlations: "beyond the mean-field"
Afternoon Session
14.10	J. Hardy	Precision measurements for weak interaction studies and symmetry tests
14.50	U. Jentschura	Bound-state QED and atomic structure studies
Coffee Break
15.50	M. Kowal	Description of nuclear mass in macro-micro model
16.30	W. Plass	Time-of-flight mass spectrometry

Thursday 29 May
Morning Session
09.30	P. Ring	Covariant density functional theory: prospects and hopes
10.10	J. Hirsch	Testing the predictive power of nuclear mass models
Coffee Break
11.10	Y. Litvinov	(Advanced) Atomic Mass Evaluation
11.50	G. Bollen	Future experimental opportunities
Afternoon Session
14.10	Afternoon Discussion

Friday 30 May
Morning Session
09.30	I. Morales	Nuclear mass predictions using image reconstruction techniques
10.10	K. Blaum	Neutrino mass determination
Coffee Break
11.10	G. Gabrielse	Accurate measurements of masses, ..., for elementary particles of antimatter and matter
12.10	Closing