[原分所] 03/07(Thu.) IAMS Lecture Announcement--Prof. Tai C. Chiang 江台章教授
消息來源：原分所
截止日期：2013-03-07
IAMS Special Seminar中研院原分所演講公告
Title: Scientific Case for a Seeded Free Electron Laser
Speaker: Prof. Tai C. Chiang 江台章教授 (Department of Physics, University of Illinois at Urbana-Champaign, USA)
Time: 11:00AM-12:00PM, March 7 (Thursday)
Place: CT Chang Memorial Hall (原分所張昭鼎紀念講堂 臺大校園內)
Contact: Dr. Mei-Yin Chou 周美吟所長
Abstract:
Advances in accelerator technology have created the opportunity to construct a seeded free electron laser that is capable of producing highly intense, fully coherent, and ultrashort pulses at a high repetition rate and tunable in the 10 eV – 10 keV range. Such a facility, with characteristics orders of magnitude better than current synchrotron radiation sources, would revolutionize scientific studies in a number of areas including physics, chemistry, materials, and biological/medical sciences. It would enable diffraction, scattering, spectroscopic, and imaging measurements at sub-meV energy resolution, femtosecond time resolution, and nanometer spatial resolution over a wide range in reciprocal space. This talk will introduce the basics of seeded free electron lasers and the potential uses in solving outstanding scientific issues.
Title: Scientific Case for a Seeded Free Electron Laser
Speaker: Prof. Tai C. Chiang 江台章教授 (Department of Physics, University of Illinois at Urbana-Champaign, USA)
Time: 11:00AM-12:00PM, March 7 (Thursday)
Place: CT Chang Memorial Hall (原分所張昭鼎紀念講堂 臺大校園內)
Contact: Dr. Mei-Yin Chou 周美吟所長
Abstract:
Advances in accelerator technology have created the opportunity to construct a seeded free electron laser that is capable of producing highly intense, fully coherent, and ultrashort pulses at a high repetition rate and tunable in the 10 eV – 10 keV range. Such a facility, with characteristics orders of magnitude better than current synchrotron radiation sources, would revolutionize scientific studies in a number of areas including physics, chemistry, materials, and biological/medical sciences. It would enable diffraction, scattering, spectroscopic, and imaging measurements at sub-meV energy resolution, femtosecond time resolution, and nanometer spatial resolution over a wide range in reciprocal space. This talk will introduce the basics of seeded free electron lasers and the potential uses in solving outstanding scientific issues.