Frequency Stabilization of a Dye Laser to a Reference Cavity with Sub-Hertz Relative Linewidth
スポンサーリンク
概要
- 論文の詳細を見る
We reduced the frequency fluctuation of a cw single frequency dye laser to the shot-noise limit at the Fourier frequency between 7 kHz and 20 kHz by the phase modulation technique. From the spectral density and the distribution of the instantaneous amplitude of the error signal, the relative linewidth of a dye laser to the reference cavity was estimated to be sub-Hz.
- 社団法人応用物理学会の論文
- 1991-10-15
著者
-
MORINAGA Atsuo
National Research Laboratory of Metrology
-
SUGIYAMA Kazuhiko
National Research Laboratory of Metrology
関連論文
- Harmonic Generation and Mixing with the W-Ni Point Contact Diode in the Far-Infrared
- A Dye Laser Spectrometer with an External Iodine Cell Designed for Optical Ramsey-Fringe Spectroscopy in a Ca Atomic Beam
- Two-Photon Spectroscopy of the 6S-8S Transitions in Cesium using an Extended-Cavity Diode Laser
- Resonance of the Macromotion of Ions Trapped in a RF Trap by the Subharmonic Oscillation
- Measurement of the Storage Time of N_2 Ions Trapped in an RF Ion Trap
- Disappearance of Yb^+ in Excited States from rf Trap by Background Gases
- Velocity Selective Absorption by a Long Lifetime Transition in a Ca Atomic Beam
- Determination of Characteristics of Yb^+ Ion Cloud Trapped in a RF Trap with He Buffer Gas
- Stabilization of a Complex Resonator He-Ne Laser
- Frequency Stabilization of Dye Laser on Iodine by Background-Free First Derivative Signal
- Hyperfine Structure and Hyperfine Coupling Constant of Molecular Iodine
- Stabilization of a Complex Resonator He-Ne Laser by Frequency Offset-Lock
- Lamb Dip and Linewidth in the 28-μm Water-Vapor Laser Line
- Frequency Stabilization of a Dye Laser to a Reference Cavity with Sub-Hertz Relative Linewidth
- Laser Cooling of Single ^Yb^+ Ions Stored in a RF Trap