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Progress and Perspectives in Laser Spectroscopy
Precision Spectroscopy and Laser Frequency Control Using FM Sideband
Optical Cavity Laser Interferometers for Gravitational Wave Detection
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absorption amplitude Appl band broadening cavity cell Chem coherent collisional collisions color center components density detection detector diode Doppler double resonance dressed atom dye laser effect electron emission energy excited experimental experiments Fig.l fluorescence four-wave mixing Hanle effect heterodyne hyperfine hyperfine structure infrared intensity interaction interferometer ionization Laboratory laser beam laser frequency Laser Spectroscopy Lett levels light lineshape linewidth magnetic field measured mode modulation molecular beam molecules noise nonlinear nonlinear optical observed obtained optical pumping optogalvanic oscillator output peak perturbation phase photon Phys polarization polarization spectroscopy population pressure probe pulse quantum radiation radiative Raman Raman scattering ratio resonance rotational Rydberg Rydberg atoms sample saturation scattering sensitivity shift shown in Fig sidebands signal spectra spectrometer spectrum spontaneous emission studies technique temperature tion torr transition trap tunable tuning two-photon velocity vibrational wavelength width Zeeman