The Electron Gun Group (EGG) has developed a myriad of lasers related applications to support the ever changing Jefferson Lab Physics Program.  These  include: Gain switched diode laser and diode optical amplifier; combination of old and and new technology. Pulsed light at GHz repetition rates. Extremely reliable, low maintenance lasers. A Mode locked Ti-Sapphire Laser for high current experiments using a novel active modelocking technique to obtain high power and GHz repetition rates. Highly reliable pulsed fiber laser system The EGG has transferred this laser technology  to scientific colleagues at MAMI in Germany and Nagoya in Japan. Safety First Laser Safety Information for the Injector Clean room  Safety Information for the Injector Test Stand laser room (bldg 58 room 129C) Fiber Laser Tutorial for Operators   How we make the light that makes the electron beam. Pictures  Older Laser table layout (January 04) Large pdf that shows Laser to gun interface Old G0 Design (2002) Old G0 pix (2002) Old G0 Laser Table (2001) The 1996 table Mechanical Drawings 1996 Laser Table 1998 Laser Table 1998 rev.B Laser Table 1999 Laser Table Y2K laser table  EGG laser related publications     Synchronous photoinjection using a frequency-doubled gain-switched fiber-coupled seed laser and ErYb-doped fiber amplifier   PHYSICAL REVIEW SPECIAL TOPICS (J. Hansknecht and M. Poelker)  6/2006 A High Power & High Repetition Rate Mode locked Ti-Saphire Laser for Photo Injectors 2001 PAC Paper (M. Poelker and J. Hansknecht) Pockels Cell  (NEW) Pockels Cell Switches, Ground Loop Elimination, etc. Injector Laser Table Self Guided Tutorial   Site maintenance performed on4-23-2008 Maintained by hansknec@jlab.org

Injector Laser Table Self Guided Tutorial  (click here) John Hansknect adjusts the Mode locked Ti-Sapphire  Laser (2001) for one of the high current experiments