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Advanced laser stabilization techniques have enabled us to lock laser frequencies onto line centers of natural atomic/molecular resonances with unprecedented precision and accuracy. In this paper we… Continue Reading
We report improved stabilization results for and a more accurate frequency measurement of the 532 nm iodine-stabilized system based on a frequency-doubled Nd:YAG ring laser.
In this article we summarize our progress in developing and testing a femtosecondlaser-based optical clockwork that provides a singlostep phasocoherent connection between emerging optical frequency… Continue Reading
We have established a portable I2-stabilized Nd:YAG laser for the purpose of making wavelength standards at 532 nm and 1064 nm. All the optical parts of the laser systems were arranged on a 45 cm X… Continue Reading
Recently we have developed a new frequency modulation technique for detection of weak resonances of molecules located inside a high finesse cavity. We match the FM sideband frequency to the exact… Continue Reading