Advanced QED methods for future accelerators

Contribution List

1. Workshop welcome and Overview

Prof. John Dainton

03/03/2009, 11:00

Introduction

2. Scope of the Workshop

Dr Ian Bailey (Cockcroft Institute/ University of Liverpool)

03/03/2009, 11:45

Introduction

5. The Furry Representation

Gudrid Moortgat-Pick (Unknown)

03/03/2009, 12:15

Introduction

3. Recent development of operator quasiclassical method

Prof. Vladimir Baier (Institute of Nuclear Physics, Novosibirsk)

03/03/2009, 14:30

Session 1: Intense Field QED (IFQED) methods

4. The method of Nikishov and Ritus

Dr Anthony Hartin (DESY)

03/03/2009, 15:30

Session 1: Intense Field QED (IFQED) methods

8. Vacuum polarization effects in intense laser fields

Dr Antonino Di Piazza

03/03/2009, 16:20

Session 2: IFQED calculations

9. Compton Scattering at High Intensities

Dr Tom Heinzl

03/03/2009, 16:55

Session 2: IFQED calculations

0. Guinea-Pig++ Update

Dr Cecile Rimbault (LAL)

04/03/2009, 09:00

Session 3: Simulation of IFQED processes in colliders

12. IFQED processes in CAIN

Anthony Hartin (DESY)

04/03/2009, 10:00

Session 3: Simulation of IFQED processes in colliders

13. Strong fields and recycled accelerator parts as a laboratory for fundamental physics

Dr Joerg Jaeckel (IPPP Drurham)

04/03/2009, 11:00

Session 4: IFQED Applications

14. Lepton pair creation in strong laser fields

Dr Karen Hatsagortsyan

04/03/2009, 11:30

Session 4: IFQED Applications

15. Experiments on strong field QED in crystals

Dr Ulrik Uggerhoej

04/03/2009, 12:00

Session 4: IFQED Applications

16. Geometric and Ultrarelativistic methods for accelerator physics

Dr Jonathon Gratus

04/03/2009, 12:30

Session 4: IFQED Applications

7. Workshop Summary

Dr Stefan Hesselbach (IPPP, Durham University)

04/03/2009, 15:30

Discussion and Summary