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Optical parametric amplification (OPA) Photon picture of optical parametric amplification: A pump photon excites a virtual energy level whose decay is stimulated by a signal photon resulting in the emission of an identical second signal photon and an idler photon under conversion of energy and momentum. Optical parametric amplifier - Wikipedia wikipedia.org wiki Opticalparametricam wikipedia.org wiki Opticalparametricam
What is the difference between an OPO and OPA? In an Optical Parametric Oscillator, one of the beams reverberates in the cavity, which amplifies the conversion process and enables the delivery of higher intensity tunable light. In an Optical Parametric Amplifier (OPA) there is no reverberation. FAQ | Chromacity Ultrafast Lasers chromacitylasers.com resource-centre faq chromacitylasers.com resource-centre faq
Optical parametric oscillators are typically used with pump radiation from Q-switched lasers with pulses lasting several tens of nanoseconds, allowing several passes of the generated radiation through the cavity while the pump light is present.
The basics of OPO technology in tunable laser design The fundamental principle of an OPO involves the splitting of photon energy from a single pump photon into two separate photons, generating two beams at wavelengths higher than the pump. OPO technology in tunable lasers - HBNER Photonics hubner-photonics.com knowledge-bank opo-t hubner-photonics.com knowledge-bank opo-t
Optical parametric oscillators are used as coherent light sources for various scientific purposes, and to generate squeezed light for quantum mechanics research. Optical parametric oscillator - Wikipedia Wikipedia wiki Opticalparametricos Wikipedia wiki Opticalparametricos
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Typical threshold pump power is between tens of milliwatts to several watts, depending on losses of the resonator, the frequencies of the interacting light, the intensity in the nonlinear material, and its nonlinearity. An output power of several watts can be achieved. There exist both continuous-wave and pulsed OPOs.

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