SUNDAY MONDAY TUESDAY WEDNESDAY
   
8:30   Welcome and Opening - KA Nugent
  Coherence and Phase Discontinuities X-Ray Imaging and Diffraction TEM & Electron Holography
9:00   Andrew Peele Janos Kirz Dirk van Dyck - IATIA Lecturer
    Phase discontinuities and Phase Development of 3D microscopy of biological specimens using soft X-ray
diffraction.
From exit wave to structure: Is the phase object approximation useless ?
9:45   Ian McNulty Ian Robinson Mark Oxley
    Coherence and Phase Discontinuities Limits of Coherent X-ray Diffraction for Imaging Small Crystals Phase Retrieval at Atomic Resolution in the Presence of Incoherence
10:30   Morning Tea Morning Tea Morning Tea
  X-Ray Imaging and Diffraction Theoretical and computational methods TEM & Electron Holography (Continued)
11:00   Peter Cloetens Timur Gureyev Kuniaki Nagayama
    Quantitative phase contrast tomography using coherent synchrotron radiation Composite techniques for phase retrieval and visualization in the near-Fresnel region Comparison of Two Phase-Retrieval Methods in TEM; Interference with Phase Plates and Noninterference Based on TIE
11:45   Dean Chapman Keith Nugent Hannes Lichte
    X-Ray Imaging and Diffraction Unique Phase Recovery Using Astigmatic Fields Electron Waves
1:00        
    Lunch Lunch Lunch
         
  Exploding Molecules and FELs Theoretical and computational methods  
2:00   John Miao Russell Luke Malcolm Howells
    Crystallography without Crystals and the Potential of Imaging Single Biomolecules Convex counterparts to iterative transform algorithms and Hybrid
Projection-Reflection
Dose, Damage and Resolution - fundamental limits in X-ray microscopy
        Closing
2:45   Henry Chapman Veit Elser John Spence and                Keith Nugent
    Prospects for single-particle imaging at XFELs Phase retrieval with atoms, bits and pixels Closing Comments, Summary and Next Meeting
3:30   Tea Break Tea Break Tea Break
4:00   John Spence Panel Discussion Meeting Close
      Chair: Rick Millane
    Experimental diffractive imaging with X-rays, electrons and visible light. Different classes of phase recovery problems; different classes of methods; their different regimes; what is solved and what is not?
4:45    
     
5:30   Poster Session
6:30      
6:45   Informal Discussion
7:00 Arrival    
       
7:30      
8:30   Informal Dinner Conference Dinner
9:00      
9:15      
10:00