1. Status of the Physics White Paper
Adrian Bevan / Dave Brown / Marco Ciuchini / Achille Stocchi

2. Sections Introduction B Physics: At the 4S At the 5S Charm Physics
Tau Physics
Electroweak neutral current measurements
Spectroscopy
Direct Searches
The Role of Lattice QCD
Interplay between measurements
Conclusion
Annecy March 09

3. Sections Introduction [write] B Physics: At the 4S [integrate WG2]
51 pages in SVN
25 pages from WG2
Introduction [write]
B Physics:
At the 4S [integrate WG2]
At the 5S ✓ [proof read]
Charm Physics [finalise and proof read]
Tau Physics ✓ [proof read]
Electroweak neutral current measurements ✓ [proof read]
Spectroscopy ✓ [proof read]
Direct Searches ✓ [proof read]
The Role of Lattice QCD [in progress]
Interplay between measurements [in progress]
Conclusion [revisit on completion]
Annecy March 09

4. Main areas of work to be completed
Introduction will be re-drafted to make it up-to-date and more focussed on what we now consider to be the focus of SuperB's physics case in the LHC era.
WG2 contributions recieved. Final editing required to put this into the white paper.
Charm section almost done: needs some final editing.
Lattice section to add.
Interplay section to finalise [Much text already in place].
Several sections are ready for all of us to proof read and comment upon.
Many thanks to all who have
and are contributing!
70% of the work has been done...
Annecy March 09

5. Author List
Please us if you have been omitted by mistake (or add yourself to the author list).
Also tell us if there are mistakes!
Annecy March 09

6. Looking toward the TDR
A number of people have contributed very detailed sections on specific topics.
These are ideal for the TDR.
Have about pages already!
For the TDR we want to include updated physics results using Monte Carlo from the FastSim.
Sensitivity studies for golden channels.
Clear understanding of precision for measurements that benefit from polarisation.
+ up to date interplay etc.
Physics TDR should include Simulation section: how much detail?