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- Q10855394 subject Q6242751.
- Q10855394 subject Q8621209.
- Q10855394 abstract "Resonance fluorescence is fluorescence from an atom or molecule in which the light emitted is at the same frequency as the light absorbed.A photon is absorbed, causing an electron to jump to a higher energy level from which, after a delay, it falls back to its original level, emitting a photon having the same energy as the one absorbed. The emission direction is random.A photon, generally in a higher energy range, can also be absorbed by an atomic nucleus, and then new photons having lower energies are emitted in random directions as the nucleus relaxes. See nuclear resonance fluorescence.".
- Q10855394 wikiPageWikiLink Q11369.
- Q10855394 wikiPageWikiLink Q11386.
- Q10855394 wikiPageWikiLink Q191807.
- Q10855394 wikiPageWikiLink Q216817.
- Q10855394 wikiPageWikiLink Q3198.
- Q10855394 wikiPageWikiLink Q37147.
- Q10855394 wikiPageWikiLink Q6242751.
- Q10855394 wikiPageWikiLink Q8621209.
- Q10855394 wikiPageWikiLink Q897136.
- Q10855394 wikiPageWikiLink Q909682.
- Q10855394 wikiPageWikiLink Q9121.
- Q10855394 comment "Resonance fluorescence is fluorescence from an atom or molecule in which the light emitted is at the same frequency as the light absorbed.A photon is absorbed, causing an electron to jump to a higher energy level from which, after a delay, it falls back to its original level, emitting a photon having the same energy as the one absorbed.".
- Q10855394 label "Resonance fluorescence".