Result of Research - RIKEN/HARIMA　X-ray free electron laser XFEL

Research

Press Releases

Result of Research

Press Releases

2022/07/15

Ultrafast surface nano-dynamics observed

2022/04/28

Serial crystallography captures dynamic control of sequential electron and proton transfer events in a flavoenzyme (Press Release)

2013/12/04

Intense two-color double X-ray laser pulses: a powerful tool to study ultrafast processes (Press Release)

2013/11/26

Successful analysis of nanoparticle size distribution and structure differentiation using focused hard XFEL pulses (Press Release)

2013/09/24

Development of Highly Efficient X-ray Absorption Spectroscopy (XAS) Using Characteristics of X-ray Free Electron Laser (XFEL) Pulses (Press Release)

2013/08/16

Customized Acceleration of Electron Beams (Press Release)

2013/07/23

World’s first observation of hollow atom creation by successive X-ray hits (Press Release)

2012/12/17

The Birth of the Most Intense X-ray Laser Beam in the World (Press Release)

2011/06/25

SACLA draws acclaim for unique XFEL design

2011/01/12

First demonstration of intense full-coherent soft-X ray laser achieved by advanced accelerator and ultrashort-pulsed laser technologies in Japan.

2010/09/22

Next-generation light source gets boost from powerful new analysis technique.

2010/04/01

Real-Time Monitoring of Ultrahigh-Speed Initial Processes of Photochemical Reaction Using Free Electron Laser (FEL) .

2009/08/29

Thousand-Times-Compressed Electron Beam: Proof of Successful Generation of High-Quality Laser.

2009/03/18

Successful Dead-Time-Free Simultaneous Detection of Charged Particles.

2008/08/07

Successful focusing mirror for X-ray Free Electron Lasers.

2008/06/13

Sowing the seeds for improved lasers

2006/08/28

Snapshot Measurement of "Color" of XFEL - Important step for developing XFEL science -

2006/06/22

Successful lasing of the X-ray Free Electron Laser (XFEL) prototype - Completion of the electron beam generation technology for the future XFEL-

2006/03/24

Fast X-Ray Stroboscopy Reveals Intracrystalline Deformation Caused by Laser Irradiation.