Abstract
The authors review the physical principles of recording and filtering light quanta with the aid of atomic resonance media and assess the latest accomplishments and future applications of atomic resonance spectrometers and filters in various fields. Specific topics include fluorescence resonance spectrometers and their performance in absorption and emission spectroscopy;fluorescence resonance spectrometers working with excited atoms; resonance absorption filters; optoacoustic resonance spectrometers; magneto-optical filters; ionization resonance spectrometers using lasers; frequency standards for laser radiation and the detection of infrared and ultrahigh-frequency radiation.
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