1. 赵振堂(SINAP, CAS, China): Welcome and FELs in China 2. J.R. Schneider (DESY, Germany): Evolution of Science with X-ray FELs 3. K. Ueda (Sendai, Japan): Results from SCSS soft X-ray FEL at Spring-8 4. 范海福 (IOP,CAS, China): Diffraction phasing for nano-crystals/particles 5. J. Miao (UCLA, USA): Diffractive imaging at soft X-ray FELs 6. 杨学明 (DICP, CAS, China), Science programs for Dalian XUV FEL 7. T. Ishikawa (SACLA Spring-8, Japan): Science case and instrumentation at SACLA 8. M. Ree (Pohang, Korea): Science case and layout of Pohang X-ray FEL 9. Hong Ding (IOP, China): Science case for Shanghai Soft XFEL 10. M. Meyer (European XFEL, Hamburg): AMO work at FLASH and LCLS 11. Ch. Bostedt (SLAC-LCLS, USA): Clusters 12. S. Vinko (Oxford University, UK): Study of matter in extreme conditions using 4th generation FEL light sources 13. H. Chapman (DESY CFEL, Germany): Diffractive imaging and Nano-Crystallography 14. H. Duerr (SLAC PULSE, USA): Resonant Soft X-ray Scattering applications to condensed matter science 15. W. Wurth (University of Hamburg, Germany): Photoemission spectroscopy at FELs
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X射线自由电子激光(Free Electron Laser,FEL)是二十一世纪诞生的最新一代的先进光源,由于同时具有极高的峰值亮度(高于第三代同步辐射光源8-10个数量级)、超短的脉冲(飞秒到阿秒)和极好的相干性等优越特性,已经被科学界视为最新一代的光子科学综合实验装置,在物理、化学、生物、医学、能源、环境等等领域具有重大的应用价值。